Work plan by Xiaomeng Fang

To do-Sen

xfang3 — 2020-09-15 22:20:25 UTC

1. SMA polymer materials
35C, 45C price for different amount
2. Design of fiber collector
3. Modify DOE

To do-Emdad

xfang3 — 2020-09-15 22:20:35 UTC

1. Testing samples braided manually
2. Shadow-no longer there
3. sleeves-check online
found muscles-share with XF
4. braiding + fabrics
braided one, angle is very high
5. find more papers
found new papers
6. Read the paper

9.23

xfang3 — 2020-09-24 13:02:43 UTC

1. read 2 papers
2. braid one muscle
3, extendable sleeve

9.26

xfang3 — 2020-09-26 13:23:35 UTC

1. frequency influence on dielectric constant

09.28

2020-09-28 13:02:31 UTC

1. Read 5 articles
2. Try a new braiding pattern
3. Work on Illustrator.
4.

9.28

szhang53 — 2020-09-28 13:04:17 UTC

1. Read 2 publication.

9.29

szhang53 — 2020-09-29 11:57:41 UTC

1. Do test
2. Learn high voltage stage design

9.29

2020-10-01 13:02:04 UTC

2 articles

9.30

2020-10-01 13:02:27 UTC

1 article
New braid

10.01

2020-10-01 13:03:40 UTC

Training
Read articles(1/2)

10.05

2020-10-05 12:56:00 UTC

Read 2 articles

Weekly(10.5-10.9)

2020-10-05 13:02:01 UTC

Read 5 articles
Braiding end fittings
Training

10.5

szhang53 — 2020-10-05 13:02:18 UTC

1. Place the order of high voltage supply.
2. Draw the map of past research.

10.5-10.9 Weekly goal

szhang53 — 2020-10-05 13:08:32 UTC

1. Place the order of high voltage supply.
2. Search articles to figure out the optimizing method of trial.
3. Run one trial.
4. Draw the map of past research.

10.06

2020-10-06 13:00:47 UTC

1. Training
2. Read 1 article

10.7

szhang53 — 2020-10-07 13:11:43 UTC

Read 2 articles.

10.07

2020-10-07 15:31:38 UTC

1. Read 1 article

10.8

szhang53 — 2020-10-08 12:48:33 UTC

1. Read 1 article.
2. Make the map of trail.
3. Prepare for presentation

10.12

2020-10-12 12:56:42 UTC

1. Complete the review
2. Follow up with the tubing company.
3. Finalize actuators end fittings.

10.13

2020-10-12 12:57:30 UTC

1. Work on MAE 533 project
2. Find New articles

10.14

2020-10-12 12:58:58 UTC

1. Read 1 article
2. MAE 533 project

10.12-10.16

szhang53 — 2020-10-12 13:01:48 UTC

1. Read articles of electromagnetic origami.
2. Design the trial of first paper.

10.14

szhang53 — 2020-10-14 12:38:56 UTC

1. Fiber extrusion.
2. Read 1 paper.

10.15

szhang53 — 2020-10-15 12:50:35 UTC

Read 1 paper

10.19-10.23

szhang53 — 2020-10-19 12:09:26 UTC

1. Place the order of Kapton film.
2. Learn the simulation of electrostatic and mechanical deformation.

10.19-10.23

2020-10-19 12:56:58 UTC

1. Set an outline to find the effect of knit braid
2. Fabricate more actuator with new braid
3. Find the info on materials from university
4. Search for more articles and read at least 5 articles

10.19

2020-10-19 13:00:34 UTC

1. Fabricate fore actuator.
2. Find information on yarn.
3. Contact with the vendors.

10.20

szhang53 — 2020-10-20 12:59:00 UTC

1. Figure out the fabrication of zigzag.
-fold in one side
2. Figure out the test of hinge stiffness.
-angle vs deformation, we can calculate

10.20

2020-10-20 13:05:12 UTC

1. Trial
2. Articles on knit braid

10.21

2020-10-21 13:08:33 UTC

1. Trial
2. Continue on knit braid

10.21

szhang53 — 2020-10-21 13:13:40 UTC

1. FEA of trial

10.22

szhang53 — 2020-10-22 12:40:42 UTC

1. Draw the 3D model of zigzag.
2. Process electrostatic simulation.

10.22

2020-10-22 12:53:26 UTC

1. Drilling
2. Finding more articles on Knit braid and reading.

10.26-10.30

szhang53 — 2020-10-26 12:56:00 UTC

1. Finish the simulation of electromechanics.
2. Fold the specimens for experiment.

10.26

szhang53 — 2020-10-26 12:58:17 UTC

1. Learn the methodology of electromechanics simulation.
2. Read article about electromechanics simulation.

10.26-10.30

2020-10-26 13:03:15 UTC

1. Braiding
2. Read 5 articles.

10.26

2020-10-26 13:04:36 UTC

1. Find more articles on Braiding and read at least one.
2. Contact with Hui Bui
3. Contact with the vendors

10.27

szhang53 — 2020-10-27 12:38:49 UTC

1. Implement simulation.
2. Read article about electromechanics simulation.

10.27

2020-10-27 13:01:11 UTC

Go through all papers from Japanese Institutes for set up.

10.28

szhang53 — 2020-10-28 12:47:28 UTC

1. Search and read article of electromagnetic.
2. Search information for electromechanics.

10.29

2020-10-29 13:09:28 UTC

1. Read papers on knit braid
2. Exploring Japanese articles.

11-2

xfang3 — 2020-11-02 14:02:42 UTC

~~Kapton~~
~~PCB-order number search~~
~~Microscope~~
LED, ~~TEFLON, SUPPLIES, reflector~~
transparent conductive ink
~~Dr.Xu~~
Dr. Yin
literature review revision
~~literature review presentation~~
~~Zoe thesis~~
Kevlar spun yarn-3ply, all overall 60-spun yarns
Kevlar firefly 40 tex
Korea yarn-alkex yarn,3 ply yarns
nylon 6,6 monofilament, fishing line 10mil
~~call Chris 323-890-3000~~
~~704-756-0819~~
~~orders MTS~~
~~mcirotubing connections~~

11.2-11.6

2020-11-02 14:03:48 UTC

1. Complete the electromechanics simulation.
2.Read the articles of electromagnetic.

11.2

2020-11-02 14:05:31 UTC

1. Simulation.
2. Read article of electromagnetic.

11.2-11.6

2020-11-02 14:09:32 UTC

1. Search and read for more articles on pneumatic actuators
2. Possible imaging
3. Experimental setup

11.2

2020-11-02 14:11:16 UTC

1. Search for new articles on Pneumatic actuators and read at least one.

11.3

2020-11-03 13:53:43 UTC

1. Finish the simulation.
2. Read article of electromagnetic.
3. Schedule experiment of High Voltage Supply.

11.3

2020-11-03 14:05:03 UTC

1. Read articles on pneumatic actuator.
2. End fittings.

11.4

2020-11-04 13:54:55 UTC

1. Read 2 articles of electromagnetic actuator.
2. Figure the problem of simulation.

11.4

2020-11-04 14:58:03 UTC

1.Read Articles on Pneumatic actuators
2. End fittings
3. Experimental Setup.

11.5

2020-11-05 13:54:43 UTC

1. Reading Articles on Pneumatic actuators.
2. Working on end fittings.
3. PPT

11.5

2020-11-05 13:57:50 UTC

1. Fold the specimen of zigzag unit. (Pick up Kapton)
2. Read one article of electromagnetic.
3. PPT.

11.9-11.13

2020-11-09 13:52:59 UTC

1. Assemble high voltage supply.
2. Test the electrostatic zigzag.
3. Literature review.

11.9-11.13

2020-11-09 14:03:46 UTC

1. Braiding angle
2. Heat shrink tape
3. Continue on experimental setup
4. Braiding machine 8yarn/16yarn
5. Fabricate actuator with commercial braid.
6. Continue on End fittings

11.9

2020-11-09 14:05:21 UTC

1. Search for the head of fx2000 soldering.
2. Search paper of electromagnetic actuator.
3. Plan of electrospinning.(syringe, gage of needle, solvent)

xfang3 — 2020-11-09 14:06:36 UTC

~~1. put the order for conductive materials--ask Joyce~~
~~2. ask Jordan to clean the MTS on Wednesday~~
~~3. ask more faculties to get soldering station~~
~~Makerspace would be the solution, I am waiting for response.~~
4. ~~quote for the cameras~~
too expensive, find alternatives
5. ~~order the labels-amazon~~
6. order oven

11.9

2020-11-09 14:08:42 UTC

1. Braiding angle
2. Heat shrink tape

11.10

2020-11-10 13:45:21 UTC

1. Search Hall effect sensor.
2. Read the book of electromagnetic theory.
3. List the step of Wednesday's test. (Camera)

11.10

2020-11-10 13:58:05 UTC

1. Call Uline.
0.019mm in thickness
shrinkage ratio--no data, as much as we want, film. we can order it.

2. Finish Braiding angles
3. Fabricate Actuators.

11.10

xfang3 — 2020-11-10 14:14:32 UTC

1. check Sen's mapping for ES, https://drive.google.com/file/d/1Gh_RXQD-C8yreCpkhEYycxUot02xfjoN/view
2. Solvent, syringe and needle
3. High power supply-Zhang/Ghosh

11.11

2020-11-11 13:56:46 UTC

1. Electrostatic test.
2. Read the book of electromagnetic theory.

11.11

2020-11-11 13:57:48 UTC

~~1. Search on end fittings~~
2. Other experimental instruments, pressure regulator etc.

11.11

xfang3 — 2020-11-11 14:18:34 UTC

~~1. Shuzhen Carbon grease~~

11.12

2020-11-12 13:54:15 UTC

1. Find and read new articles on Pneumatic actuator.
2. Experimental instruments
3. Braiding angle plotting.
~~4. Call vendors.~~

11.12

szhang53 — 2020-11-12 13:57:54 UTC

1. Mechanical data analysis.
2. PPT.
3. Place the order of soldering tip.
4. Training of ECE MakerSpace.

11.12

xfang3 — 2020-11-12 14:02:09 UTC

~~put the order~~

11.13

xfang3 — 2020-11-13 14:43:39 UTC

Learning from the literature:
1. vacuum
2. silicone to connect the tubing with air supply tubing
3. ask samples or buy samples of the fitting

11.16-11.20

szhang53 — 2020-11-16 13:55:44 UTC

1. Actuation test.
2. Data analysis.
3. Read electromagnetic book.
4. Soldering training

11.16

szhang53 — 2020-11-16 13:58:08 UTC

1. ANOVA test of data analysis.
2. Read electromagnetic book.

11.16-11.20

2020-11-16 14:04:39 UTC

1. Call the vendors and ask for samples.-fittings?
2. Experimental setup rom last week-finalize it
3. Practice Origin-I want to see the data this week
4. Find and read articles on Pneumatic actuators.
5. Make more samples with new aluminum tubing.
6. Actuation test

11.23

xfang3 — 2020-11-16 14:05:26 UTC

1. Proposal (1)
2. cameras
3. review revision
4. account
5. Floor renovation
6. oven
7. braiding yarns
8. Actuation test-carbon grease

11.16

2020-11-16 14:06:30 UTC

1. Call the vendors.
2. Practice origin.

11.17

szhang53 — 2020-11-17 13:54:13 UTC

1. Read electromagnetic book.
2. Fabricate the specimens of the thinpaper.

11.17

2020-11-18 03:09:18 UTC

Find and read articles on PAM

11.18

szhang53 — 2020-11-18 13:53:03 UTC

1. Draw publishable figure of mechanical test.

11.18

2020-11-18 13:59:08 UTC

1. Keep reading articles on PAM
and Look for experimental setups.

Winter Plan

szhang53 — 2020-11-23 13:53:23 UTC

1. Literature review.
2. Electrostatic actuator paper.
3. Safety training.
4. Electromagnetic book.
5.Hall-effect sensor.
6. Conductive pen.
7. High voltage supply.
8. Electrospinning.

11.23

szhang53 — 2020-11-23 14:03:24 UTC

1. Actuation test and mechanical test.
2. Safety training.

11.23-11.26

2020-11-24 05:45:19 UTC

1. Contact vendors.
2. Fabricate pneumatic actuators
3. Test the actuators.
4. Find appropriate monofilaments.

11.23

2020-11-24 05:47:08 UTC

1. Fabricate PAM

11.24

2020-11-24 05:47:26 UTC

1. Contact the vendors.
2. Finish Fabrication

11.24

szhang53 — 2020-11-24 13:31:31 UTC

1. LabView
2. Safety training.
3. Data analysis.

11.25

szhang53 — 2020-11-25 13:52:38 UTC

1. LabView.
2. TA Training.

11.25

2020-11-25 13:54:47 UTC

1. Testing
2. continue on valves search

11.30-11.04

2020-11-30 13:58:32 UTC

1. Learn Microcontroller
2. Collect data from Video
3. Learn how to set up a solenoid valve
4. Make the order for the valves

11.30

2020-11-30 14:01:32 UTC

1. Collect data from the videos.
2. Learn microcontroller.

11.30

xfang3 — 2020-11-30 14:07:14 UTC

Suspension system
Reading Xuemeng's PDF about TENG, ~~D-EAP fiber~~

11.30-12.4

szhang53 — 2020-11-30 15:43:27 UTC

1. Data discussion of thinpaper.
2. Software optimization of Labview.
3. High voltage supply assembling.
4. Data Security training

11.30

szhang53 — 2020-11-30 20:36:04 UTC

1. Bio
2. Safety training.

12.1

szhang53 — 2020-12-01 13:56:51 UTC

1. Data discussion.
2. Software optimization of Labview.

12.1

2020-12-01 14:01:50 UTC

1. Contact fisher regarding tubing
2. Collect data from the videos and plot.

12.2

szhang53 — 2020-12-02 13:42:46 UTC

1. Soldering.
2. Place order of HVS.

12.2

2020-12-02 13:54:27 UTC

1. Get data sheet for nylon monofilament
2. Learn imagej

12/2

xfang3 — 2020-12-02 14:06:04 UTC

~~Emdad data sheet bladder, Nylon monofilament~~
Pictures, people paper
~~Introduction of our group~~~
~~silver grease~~

12.3

szhang53 — 2020-12-03 13:40:11 UTC

1. Soldering.

12.3

2020-12-03 14:12:26 UTC

1. PPt
2. Article on PAM

12.7-12.11

szhang53 — 2020-12-07 13:41:13 UTC

1. Labview software optimization.
2. 2mil paper order.
3. Conductive pen order?
search for it

4. Elctromagnetic book reading.
5. Neodymium magnet order. (hold)
6. Hall effect sensor order.

12.7

szhang53 — 2020-12-07 13:43:35 UTC

1. 2mil/5mil paper order.
2. Labview software optimization.
3. Camera.

12.7-12.11

2020-12-07 14:08:21 UTC

1. Pneumatic Valve
2. IR fabric proposal
3. Lab set up

12/7

xfang3 — 2020-12-07 14:11:02 UTC

1. Proposal
2. literature review
3. S~~end Dr. Ghosh's file to Xuemeng~~
~~4. TENG read~~

12.7

2020-12-07 14:11:22 UTC

1. Call the vendors regarding Pneumatic valve.
2. Contact canon
3. Start with IR fabric.

12.8

2020-12-08 13:50:50 UTC

1. Continue with the IR fabric
2. Finalize on valve when SMC reply. Make a spreadsheet to compare.

12.8

szhang53 — 2020-12-08 13:54:33 UTC

1. Conductive pen
2. LabView.
3. Elctromagnetic book.

12.9

2020-12-09 13:55:29 UTC

1. Continue with IR fabric
~~2. Talk with SMC (call)~~
3. DAQ Board (NI)
4. Camera spreadsheet
5. Japanese Bladder Vendor contact ask for the availability the suitable tubing-10mm OD, no available

12.9

szhang53 — 2020-12-09 14:27:30 UTC

1. Elctromagnetic book.
2. Electrostatic fundamental principle.
3. Labview.

12.10

szhang53 — 2020-12-10 14:02:15 UTC

1. Build the electrostatic model.
2. PPT

12.10

2020-12-10 14:03:41 UTC

1. Read articles and make ppt
2. Camera Spreadsheet

12.9

xfang3 — 2020-12-10 14:20:29 UTC

call raumedic
Phone: +1 828 684 8870
left a voice message

David Fletcher-Holmes, PhD

Director Marketing, North America

phone: +1 828 974 0461

cell: +1 828 214 9098

web: www.raumedic.com

12.14-12.18

szhang53 — 2020-12-14 13:39:46 UTC

1. Pick up package.
2. HVSP soldering.
3. Model building of electrostatic.
4. TA contract.
5. Labview.
6. Order conductive pen.

12.14

szhang53 — 2020-12-14 13:49:59 UTC

1. Pick up package.
2. Soldering.

12.14-12.18

2020-12-14 15:32:54 UTC

1. Order the valve
2. Proposal on IR fiber
3. Search for DAQ

12.14

2020-12-14 15:36:09 UTC

1. Search for DAQ
2. Work on proposal

12.15

szhang53 — 2020-12-15 13:24:52 UTC

1. Conductive pen
2. TA contract
3. Optimize the model of electrostatic
4. Labview
5. Plan of work

12.15

2020-12-15 14:15:53 UTC

1. DAQ data sheet
2. Articles on IR fiber

12.16

2020-12-16 13:49:13 UTC

1. Proposal on IR fiber: Literature; formation

12.16

szhang53 — 2020-12-16 14:08:30 UTC

1. Search for solution of high voltage of actuation test.
2. Read electromagnetic book.

12.17

szhang53 — 2020-12-17 13:59:49 UTC

1. Electromagnetic book.

12.17

2020-12-17 14:03:36 UTC

1. Complete the proposal.

12.18

szhang53 — 2020-12-18 13:53:42 UTC

1. Soldering
2. Lab tour
3. Electrostatic model

12.18

2020-12-18 14:02:23 UTC

Lab Tour

01/05/2021-01/08/2021

2021-01-05 13:19:29 UTC

1. Check updates on the filter requirement.
2. Possible order for valves.
3. Possible order for DAQ.
4. Search for latest articles and read at least 4.
5. Fill the semester plan form.

01.05

2021-01-05 13:26:15 UTC

1. ~~Fill out the semester plan~~
2. ~~Search for articles~~
3. Decision regarding valves and ~~DAQ~~.

01/05-0.1/08/2021

szhang53 — 2021-01-05 13:30:19 UTC

~~1. TA contract.~~
~~2. Covid-19 test.~~
~~3. Search for articles/book of electrostatic field.~~
4. Place the order of the thin paper and conductive pen.
5. Soldering.
6. Set-up of actuation.

01/05

szhang53 — 2021-01-05 13:37:39 UTC

~~1. Covid-19 test.~~
~~2. Search the article/book of electrostatic field.~~
~~3. Ask Adsion for thin paper order.~~

1.5

xfang3 — 2021-01-05 13:47:58 UTC

~~1. sign ta cobtract~~
~~2. covid test~~

01.06

2021-01-06 12:54:56 UTC

1. Read 1 article.
2. ~~Contact with SMC regarding filter and lubricator.~~
3. ~~Covid test,~~ training.

find out 9174-comflex and 9201-good difference
if amplifier is the only difference, how easy to build by own?

01/06

szhang53 — 2021-01-06 13:35:32 UTC

~~1. Read 2 paper of electrostatic.~~
~~2. Find the alternative of thin paper.~~
3. ~~Conductive pen.~~
4. Electrostatic field person. Ketan bhat

xfang3 — 2021-01-06 13:40:50 UTC

~~greg paper~~

1.07

2021-01-07 12:54:16 UTC

1. Read 2 articles
2. ppt
3. Continue on amplifier and DAQ
4. Covid spring Training.

xfang3 — 2021-01-07 13:28:37 UTC

~~David~~

1.12

xfang3 — 2021-01-08 16:02:19 UTC

~~DAQ-X series 6341~~
Valve--on and off--frequency
Xuemeng's materials
Regulator--pressure
Sen paper & ~~conductive pen~~

1.11-1.14

2021-01-10 03:15:10 UTC

Last week:
1. Read 1 article.
This week:
1. Read 4 articles.
2. Pressure sensor search. and possible table and table.
3. Finer bladder inflation test.

01/11

2021-01-11 13:21:37 UTC

1.Pressure sensor
2. Read 1 article

1.11-1.14

szhang53 — 2021-01-11 13:30:46 UTC

~~1. Electrostatic field person.~~
2. Labview program of actuation.
3. Read 4 paper.
4. Model building and simulation of electrostatic field.

1.11

szhang53 — 2021-01-11 13:37:15 UTC

~~1. Read 1 paper.~~
~~2. Model optimization.~~
~~3. Search electrostatic field person.~~

1.12

szhang53 — 2021-01-12 03:09:01 UTC

~~1. Read 2 articles.~~
~~2. Search electrostatic field person.~~

01.12

2021-01-12 13:39:56 UTC

~~1. Read 2 articles~~
~~2. Camera-information~~
3. Pressure sensor

1.13

szhang53 — 2021-01-13 13:02:41 UTC

~~1. Optimize model.~~

01.13

2021-01-13 13:25:24 UTC

1. ~~Read 2 articles.~~
2. Camera (me) and pressure sensor (10 sensors-P51).
3. ~~Finer tube end fitting~~.-next week

1.13

xfang3 — 2021-01-13 13:37:52 UTC

book lab for next week
faculty-model, article

1.14

2021-01-14 13:06:19 UTC

1. Read 2 article
2. PPt.
3. ~~Contact honeywell.~~

1.14

szhang53 — 2021-01-14 13:16:15 UTC

1. Search articles and read 1 article of electrostatic force simulation.
2. PPT

1.18-1.22

2021-01-15 19:14:53 UTC

1. Read 4 articles
2. Inflation test
3. Solenoid valve test
4. Camera
5. Pressure sensor order.

1.18-1.22

szhang53 — 2021-01-15 20:22:17 UTC

1. Read 3 articles.
2. Optimize model.
3. Soldering.
4. Check the LabView program.

1.18

xfang3 — 2021-01-18 13:09:12 UTC

camera
Sen's models (3)

1.19

szhang53 — 2021-01-19 13:11:03 UTC

~~1. Read 1 article.~~
2. Apply new theory to optimize model.

01.19

2021-01-19 13:32:42 UTC

1. Read 2 Articles.
2. Pressure sensor
4. Covid Test

1.20

2021-01-20 13:13:44 UTC

1. Read 1 article
2. Pressure sensor order

1.20

szhang53 — 2021-01-20 13:14:14 UTC

~~1. Apply new theory for electrostatic model.~~
~~2. Check the Labview program. (tomorrow)~~

1. 21

szhang53 — 2021-01-21 13:18:14 UTC

1. Read two articles.
2. PPT

1.21

2021-01-21 15:56:16 UTC

1. Read 1 articles
2.ppt
3. Pick up the packages

01.25-01.28

2021-01-22 19:55:34 UTC

1. Read at least 4 articles
2. Get a comprehensive idea of PAM force and displacement model( add all papers together, compare the models and select among them, factors, models)
3.

1.25-1.29

szhang53 — 2021-01-25 13:06:28 UTC

1. Labview program.
2. Read 3 paper.
3. Soldering.
4. Optimize model.
5. Texture magic(PET shrink mapping).

1. 25

szhang53 — 2021-01-25 13:25:43 UTC

1. Soldering.
2. Read the electroadhesive patent.
3. Make the appointment of Dr, Goash lab.(Kony Chatterjee
2pm)

1. 25

2021-01-25 13:30:27 UTC

~~1. Read 2 articles~~
2. ~~Check the parts for mock circulation. (beaker, one rigid connection, pressure sensor, four way connector~~)

1.25

xfang3 — 2021-01-25 13:46:22 UTC

covid test
heat gun
silicone tape

1.26

szhang53 — 2021-01-26 13:11:47 UTC

~~1. Read the electroadhesive patent.~~
2. Search the information (articles, video, patent etc.) for texture magic(mapping).
Maybe useful for multi-function face mask.
~~3. Optimize model.~~
~~4. Contact IT.~~

1.26

2021-01-26 13:31:07 UTC

1. ~~Read 1 article~~
2. Contact SSI for Pressure sensor order-specification
3. Covid test.

1.27

szhang53 — 2021-01-27 06:05:52 UTC

~~1. Read one article.~~
~~2. Keep searching information for texture magic.~~
3. Covid-test.
4. Book the lab for Friday after group meeting.

01.27

2021-01-27 13:09:43 UTC

1. ~~Read 1 article~~
2. ~~Put the order for the pressure sensor, connector~~.
3. P~~ossible bladder inflation test~~.

1.28

szhang53 — 2021-01-28 13:11:38 UTC

1. Labview software.
2. PPT

1.28

2021-01-28 13:33:06 UTC

1. ~~Read 1 article~~
2. ~~ppt~~

1.29

szhang53 — 2021-01-29 17:11:08 UTC

1. Sample preparation.

2.1-2.5

2021-01-31 06:41:12 UTC

1. Read 4 articles
2. Prepare samples for inflation testing
3. Submit the review
4. Covid test

2.1-2.5

szhang53 — 2021-02-01 13:26:08 UTC

~~1. Read 2 articles.~~
2. Actuation test.
~~3. Mechanical test.~~
4. Soldering.
~~5. Texture magic mapping.~~

2.1

szhang53 — 2021-02-01 13:32:05 UTC

~~1. Actuation test.~~

xfang3 — 2021-02-01 13:34:27 UTC

pigment

2.1

2021-02-01 13:37:06 UTC

1. Work on the proposal

2.2

2021-02-02 13:36:21 UTC

1. Work on the proposal

2.2

szhang53 — 2021-02-02 15:33:06 UTC

1. Read one article.
2. Find the solution for actuation.

2.3

szhang53 — 2021-02-03 13:32:31 UTC

~~1. Mechanical and actuation test.~~

2.3

2021-02-03 13:44:13 UTC

1. Covid test.
2. Read 1 article
3. Prepare samples.

2.8-2.12

2021-02-07 23:59:27 UTC

~~1. Read 4 articles~~
2. Learn DAQ operation
3. Prepare samples
4. Run inflation test

2.8-2.12

szhang53 — 2021-02-08 02:20:02 UTC

1. Experiment data analyze.
2. Read 2 articles.
3. Soldering.
4. Actuation test.

2.8

szhang53 — 2021-02-08 13:22:11 UTC

1. Experiment data analyze.
2. Read I article.
3. Covid-test.

2.8

2021-02-08 13:35:36 UTC

1. ~~Read 1 articl~~e
2. Pick up DAQ
3. ~~Sample spreadsheet~~

2.10

szhang53 — 2021-02-09 13:15:44 UTC

1. Lab organization.
2. Soldering.
3.Actuation test(DEAP)

2.9

2021-02-09 19:26:42 UTC

1. ~~Inflation test~~.
2. Possible lab work.

2.9

szhang53 — 2021-02-10 13:04:37 UTC

1. Search new articles.
2. Read 1 article.

2.10

2021-02-10 13:24:55 UTC

1. Lab work.
2. Read 1 article.
3. Pick up DAQ

2.11

szhang53 — 2021-02-11 13:19:14 UTC

1. Read 1 article.
2. PPT
3. Review the HVSP.

2.11

2021-02-11 13:30:55 UTC

1. Read 1 article
2. ppt
3. DAQ manual

2.15-2.19

2021-02-15 01:33:01 UTC

1. Read 4 articles
2. DAQ operation
3. IR reflective fabric

2.15-2.19

szhang53 — 2021-02-15 02:44:48 UTC

1. Actuation test.
2.Review the HVSP.
3. Read 4 articles.

2.15

szhang53 — 2021-02-15 13:25:07 UTC

1. Read 1 article.
2. Review the HVSP.
3. Covid-test.
4. Book Lab.

2.15

2021-02-15 13:51:05 UTC

1. 1 article
2. DAQ manual

2.16

szhang53 — 2021-02-16 13:24:03 UTC

1. Read 2 articles.
~~2. Check the actuation test.~~

2.16

2021-02-16 13:29:31 UTC

1. ~~Read articles on IR fabric_review~~
2. End fittings.
3. ~~Covid test~~

2.17

szhang53 — 2021-02-17 13:24:57 UTC

1. Actuation test.
2. Read 1 article.

2.17

xfang3 — 2021-02-17 13:30:31 UTC

mapping

2.17

2021-02-18 03:24:47 UTC

1. Pick up sensor and solenoid valve.
2. Pick up camera from library
3. Read 1 article

2.18

szhang53 — 2021-02-18 13:26:23 UTC

1. Analyze the actuation test results.
2.Read 1 article.
3. PPT

2.18

2021-02-18 13:30:00 UTC

1. PPT
2. Outline of the review

2.22-2.26

2021-02-19 23:02:15 UTC

1. ~~Read articles and work on the mathematical modeling.~~
2. Braiding
3~~. Work on experimental setup.~~

2.22-2.26

szhang53 — 2021-02-20 02:03:20 UTC

~~1. Actuation test.~~
2. HVSP order.
3. Literature review.
4. Read 2 articles.

2.22

szhang53 — 2021-02-22 12:33:28 UTC

1. HVSP order.
2. Book lab for Wednesday 9-5.
3. Covid-19 test.
4. Literature review

2.22

2021-02-22 14:26:02 UTC

1. Read articles on mathematical modeling.
2. Search for books on PAM

2.23

szhang53 — 2021-02-23 13:24:09 UTC

~~1. Read 1 article.~~

2.23

2021-02-23 13:38:18 UTC

1. Read 1 article
2. SolidWork
3. Covis Test

xfang3 — 2021-02-23 13:47:52 UTC

Dr. Ghosh, DC power supply
acrylic board

3.2

xfang3 — 2021-02-23 19:36:26 UTC

Laser cutter!

2.24

szhang53 — 2021-02-24 13:13:53 UTC

~~1. Actuation test.~~

2.24

2021-02-24 13:37:03 UTC

1.Read 1 article
2.Solid work

2.25

2021-02-25 13:24:17 UTC

1. Read 1 article
2. PPt

2.25

szhang53 — 2021-02-25 13:25:58 UTC

1. Analyze test results.
2. PPT.

3.1-3.5

szhang53 — 2021-02-27 03:19:27 UTC

1. Actuation test.
2. Data analyze.
3. Literature review.
4. ~~Read article.~~

3.1

szhang53 — 2021-03-01 13:25:27 UTC

~~1. Book lab for Wednesday from 9-5pm.~~
2. Covid-test.
3. Read one article.

3.1-3.5

2021-03-01 13:45:37 UTC

1. Braiding
2. Fabricating actuator
3. Actuation test
4. Read 4 articles

3.1

2021-03-01 13:47:09 UTC

1. Braiding
2. Fabricating actuators
3. Book Lab for Tuesday for actuation test

3.2

szhang53 — 2021-03-02 13:17:35 UTC

1. Literature review.
2. Email Joyce

3.2

2021-03-02 13:38:07 UTC

1. Read book on rubber.
2. Covid test
3. PAM fabrication

3.3

2021-03-03 06:44:49 UTC

1. Braiding
2. PAM fabrication
3. Read book

3.3

szhang53 — 2021-03-03 13:26:44 UTC

1. Fabricate 2mil, 3.9mil Paper and 2mil Kapton
2. Actuation test.

3.4

szhang53 — 2021-03-04 13:21:42 UTC

1. Actuation test for prestreched tube.
2. Data analyze.
3. PPT

3.4

2021-03-04 13:29:03 UTC

1. Pick up the regulator
2. ppt
3. Possible actuation test

3.4

xfang3 — 2021-03-04 13:39:17 UTC

DC power supply

3.8 - 3.12

2021-03-08 01:22:15 UTC

1. Learn to set up the regulator, pressure sensor, DAQ.
2. Contact SMC & CKD regarding multi-channel solenoid valve.
3. Exploring knitting and weaving patterns for PAM
4. Reading book on rubber.

3.8

2021-03-08 01:26:56 UTC

1. Contact SMC & CKD about solenoid valve.
2. Meeting with Carter about textile patterns.

3.8-3.12

szhang53 — 2021-03-08 13:23:48 UTC

1. Literature review
~~2. Actuation test for 2mil Paper and~~ Kapton
~~3. Actuation test for dielectric tube.~~

3.8

szhang53 — 2021-03-08 13:25:55 UTC

1. Literature review.

3.9

2021-03-09 13:24:25 UTC

1. Covid test
2. Learn set up the regulator, pressor sensor, DAQ

3.9

szhang53 — 2021-03-09 13:25:34 UTC

1. Literature review (Introduction).

3.10

szhang53 — 2021-03-10 12:29:38 UTC

1. Fabricate the 2 mil and 3.9 mil Paper.
2. Actuation test.

3.10

2021-03-10 13:35:27 UTC

1. Vaccine
2. Knitting pattern for PAM
3. DC power supply, regulator and DAQ

3.11

2021-03-11 13:19:41 UTC

1. ppt
2. Knitting Pattern
3. DC power supply, regulator and DAQ

3.11

szhang53 — 2021-03-11 13:23:51 UTC

1. Data analyze.
2. PPT

3.15-19

szhang53 — 2021-03-14 02:46:00 UTC

1. Proposal.
2. 2mil Kapton fabrication and actuation.
3. Blocking force.

3.15

szhang53 — 2021-03-15 12:40:21 UTC

1. Proposal.

3.15-3.19

2021-03-15 13:05:34 UTC

1. DAQ, Pressure sensor, regulator, DC power supply
2. Knitting and Weaving pattern.
3. Reading book.
4. Read 2 articles.

3.15

2021-03-15 13:07:28 UTC

1. DAQ and pressure sensor
2. Read 1 article
3. Follow up with SMC about the manifold.

3.15

xfang3 — 2021-03-15 13:39:33 UTC

~~gloves~~

3.16

2021-03-16 12:33:27 UTC

1. Read 1 article
2. Knitting and weaving pattern.
3. SMC manifold.

3.17

2021-03-17 12:22:07 UTC

1. Learn the set up
2. Find fittings for Air supply in our lab.
3. Read book

3.17

szhang53 — 2021-03-17 12:28:13 UTC

1. Read 1 article.
2. Proposal.

3.18

szhang53 — 2021-03-18 12:26:53 UTC

1. Proposal
2. PPT

3.18

2021-03-18 12:30:05 UTC

1. Continue learning the the set up.
2. ppt.
3. Read book

3.22-3.26

2021-03-22 04:58:45 UTC

1. CNT textile
2. Follow up on manifold
3. Pressure sensor scaling
4. Weave pattern

3.22

2021-03-22 05:00:03 UTC

1. CNT literature

3.22-26

szhang53 — 2021-03-22 12:21:18 UTC

1. Proposal.
2. 2 mil Kapton actuation test.
3. Miura-ori
4. Blocking force test.
5. Read 2 article.

3.22

szhang53 — 2021-03-22 12:24:06 UTC

1. Proposal.
2. Read one article.

3.22

szhang53 — 2021-03-22 12:44:05 UTC

1. Proposal
2. Read one article

3.23

szhang53 — 2021-03-23 12:23:24 UTC

1. 2 mil Kapton fabricate and test.

3.23

2021-03-23 12:33:51 UTC

1. Follow up with carter regarding the weave pattern.
2. CNT meeting
3. Lab work.

3.24

szhang53 — 2021-03-24 12:22:17 UTC

1. Fabricate and actuate Miura-ori
2. Set up the blocking force test.

3.24

2021-03-24 12:32:17 UTC

1. Yarn search
2. Meeting with carter
3.Read 1 article

3.25

szhang53 — 2021-03-25 12:13:17 UTC

1. Data analyze
2. PPT

3.25

2021-03-25 12:33:38 UTC

1. PPT.
2. Covid test
3. Plot PAM data
4. Manifold follow-up

CNT project

xfang3 — 2021-03-26 21:03:17 UTC

Motor--amazon

2000-4000rpm

regulator
shaft collar
- diameter
- griper
- ring-zeis

Tubing

xfang3 — 2021-03-26 21:19:20 UTC

~~reinforced tubings~~
https://www.grainger.com/product/742T26?ef_id=Cj0KCQjwjPaCBhDkARIsAISZN7SxphdoRYg7lfBes9lhR7Q36HI8A7juUyrQcwPHKKM3_azfETit-uoaAv0XEALw_wcB:G:s&s_kwcid=AL!2966!3!281733298250!!!g!472462277455!&gucid=N:N:PS:Paid:GGL:CSM-2293:99F1R6:20501231&gclid=Cj0KCQjwjPaCBhDkARIsAISZN7SxphdoRYg7lfBes9lhR7Q36HI8A7juUyrQcwPHKKM3_azfETit-uoaAv0XEALw_wcB&gclsrc=aw.ds

Manifold

xfang3 — 2021-03-26 21:19:48 UTC

metal sealing
unitronic controller

DC power supply

xfang3 — 2021-03-26 21:27:42 UTC

Tektronix

Fabric pattern design

xfang3 — 2021-03-26 21:37:29 UTC

woven and knitting

3.29-4.2

szhang53 — 2021-03-29 12:21:53 UTC

1. Blocking force
2. HVSP
3. Read 2 article.
4. Miura

3.29-4.2

2021-03-29 12:27:10 UTC

1. Follow up and Order manifold
2. Read 2 articles
3. CNT set up
4. Lab set up

3.29

szhang53 — 2021-03-29 12:28:07 UTC

1. Read 1 article.
2. Place the order of angle adjuster.
3. Learn Maya
4. Book lab for Wednesday 9-5pm

3.29

2021-03-29 12:30:26 UTC

1. Follow up with NI and SSI for scaling problem
2. Read 1 article
3. Lab air supply order

CNT sheet

xfang3 — 2021-03-29 12:51:39 UTC

~~Glove~~

3.30

szhang53 — 2021-03-30 12:27:58 UTC

1. HVSP soldering.
2. Read 1 article.

3.30

2021-03-30 12:32:18 UTC

1. Scaling
2. Cooling fabric meeting
3. CNT yarn set up-servo motor

3.31

szhang53 — 2021-03-31 12:14:39 UTC

1. Miura 3.9 mil Paper with silver grease.
2. Blocking force.

3.31

2021-03-31 12:32:11 UTC

1. Continue on scaling
2. learn servo motor control

4.1

szhang53 — 2021-04-01 12:25:37 UTC

1. Acrylic board order.
2. Data analyze.
3. PPT

4.1

2021-04-01 12:40:02 UTC

1. PPt
2. Air supply
3. Servo motor order
4. Read 1 article

4.5-4.9

szhang53 — 2021-04-02 19:28:46 UTC

1. Miura with carbon grease and Kapton,
2. Carbon grease.
3. Read 2 articles.
4. Organize lab

4.5-4.9

xfang3 — 2021-04-02 20:38:20 UTC

1. set a meeting with Carter and XF
2. Manifold
3. Yarns for knitting and weaving
4. Plan for the next braiding, we need more PAMs for fabric muscle
5. Read 2 articles

4.5

szhang53 — 2021-04-05 12:14:41 UTC

1. Read one article.
2. ~~Carbon grease.~~
3. Nonwoven material for surgical masks.
4. ~~Meet with Denisse.~~
5. Book Lab for 9-6pm Tuesday, 3-10 pm Wednesday, 2-6pm Thursday.

4.5

2021-04-05 12:16:45 UTC

1. ~~Set a meeting with carter~~
2. Manifold
3. ~~Actuation test~~

4.6

szhang53 — 2021-04-06 12:14:22 UTC

1. Organize lab.
2. Miura with Kapton.
3. Fabric magic

4.6

2021-04-06 12:35:26 UTC

1. Lab cleaning.
2. Plan for new PAM fabrication.
3. PAM leakage solution.
4. Meeting with Dr. Fang & Carter

4.7

2021-04-07 12:09:54 UTC

1. ~~Vaccin~~e
2. Work on the folding pattern.
3. ~~Find yarns for the folding pattern~~.
4. ~~Actuator leakage check~~.
5. ~~Air pump~~.

4.7

szhang53 — 2021-04-07 12:21:22 UTC

1. Place the order of Fabric magic.
2. Experiment Miura.
3. Read one article.
4. Nonwoven material for surgical mask.

4.8

szhang53 — 2021-04-08 12:26:03 UTC

1. Organize lab
2. Miura with paper
3. PPT
4. Labview: actuation program resize image.
5. 2mil Kapton order.
6. Plan of nonwoven compliance project.

Camera

xfang3 — 2021-04-08 12:41:51 UTC

LabView

4.8

xfang3 — 2021-04-08 12:44:45 UTC

1. try Gopro camera for actuation

4.12-4.16

xfang3 — 2021-04-09 14:48:08 UTC

1. Manifold
~~2. Manual hand loom~~
~~3. Yarns~~
~~4. PAM fabrication~~
5. Read 2 articles.
6. Search for fabric patterns.

4.12

2021-04-12 04:23:08 UTC

1. Follow up and finalize manifold
2. Come up with weave patterns.
3. ~~Cooling fabric chemical~~.

4.12-4.16

szhang53 — 2021-04-12 12:15:57 UTC

1. Miura
2. HVSP box cutting and assembling.
3. HVSP programming.
4. Read 2 paper.
5~~. Nonwoven order.~~

4.12

szhang53 — 2021-04-12 12:18:19 UTC

1. Fabric Miura with 3.9mil paper.
2. Place the order of nonwoven.

4.13

szhang53 — 2021-04-13 14:39:33 UTC

1. Read one article.
2. Find the solution for robot arm base.

4.14

szhang53 — 2021-04-14 12:27:42 UTC

1. Laser cutting.
2. Fabricate Miura with Kapton.
3. Base of robot arm.

4.14

xfang3 — 2021-04-14 12:39:13 UTC

1. ~~Braiding + actuator~~
2. Read 1 article.

4.13

2021-04-15 01:30:52 UTC

~~1. Brading~~

4.15

2021-04-15 01:33:54 UTC

1. PAM characterization.
2. Read 1 article
3. PPT.

4.15

szhang53 — 2021-04-15 12:26:08 UTC

1. Fabricate Miura with Kapton
2. Read 1 article.
3. Base of robot arm.
4. Install robot arm software for lab computer.
5. PPT

xfang3 — 2021-04-15 12:39:17 UTC

ZnO nanoparticle

4.19-4.23

2021-04-19 09:52:17 UTC

1. Go through literature.
2. PAM fabrication and characterization.
3. Possible air supply set up
4. Read 2 articles

4.19

2021-04-19 09:54:26 UTC

1. PAM fabrication
2. Go through literature.

4.19-4.23

szhang53 — 2021-04-19 12:24:01 UTC

1. HVSP package and programming.
2. Miura with Kapton
3. Read 2 article.
4. Robot arm base order.
5. Blocking force test.

4.19

szhang53 — 2021-04-19 12:27:20 UTC

1. Miura with Kapton
2. Book lab for 10-1pm Monday and 3-6pm Wednesday.
3. Covid-test

4.20

szhang53 — 2021-04-20 12:12:21 UTC

1. Fabricate a new Miura with Kapton.

4.20

2021-04-20 12:25:37 UTC

1. Actuation test. 2-3pm
2. Go through literature

4.21

szhang53 — 2021-04-21 12:19:35 UTC

1. Fabricate a new Miura with Kapton and cooper.
2. Robotic arm base.

4.21

2021-04-21 12:25:56 UTC

1. Read 1 article
2. Possible fabric fabrication.
3.Report writing

4.22

szhang53 — 2021-04-22 12:15:03 UTC

1. Fabricate a new Miura with Kapton and fly wire.
2. Book lab for 5-6.

4.22

2021-04-22 12:39:01 UTC

1. PPt.
2. Read 1 articles.
3. Possible fabric actuator

xfang3 — 2021-05-03 12:30:24 UTC

HVSP package and programming.
Block force
make sure Denisse's work plan
~~Robotic arm~~
start write paper draft

xfang3 — 2021-05-03 12:31:17 UTC

3.17mm OD PAM fabric actuator fabrication
cooling fabric project

5.4

szhang53 — 2021-05-04 12:24:18 UTC

~~1. Covid-test~~
2. Nonwoven project work plan
3. Robotic arm base
~~4. Send email to IT~~
~~5. Bansari defense~~

5.4

2021-05-04 12:38:22 UTC

1. Covid test
2. 3.17mm OD PAM fabric actuator fabrication.

5.5

szhang53 — 2021-05-05 12:30:06 UTC

1. Nonwoven project work plan.
2. Robotic arm base.
3. Book lab
4. Blocking force test

5.5

2021-05-06 12:29:16 UTC

1. Fabricate 3.17mm OD PAM with dyneema

5.6

szhang53 — 2021-05-06 12:30:03 UTC

1. Data analyze.
2. Contact workbench customer service.
3. PPT

5.6

2021-05-06 12:30:23 UTC

1. Fabric actuator with the thicker yarn and 3.17mm OD PAM
2. Read 1 article
3. PPT.

5.10-14

szhang53 — 2021-05-10 12:31:15 UTC

1. ~~HVSP box and~~ programming.
~~2. Miura with jump wire and cooper electrode.~~
~~3. Denisse's work plan.~~
~~4. Place the order of robotic arm base.~~
5. Data analyze for blocking force test.

5.10-5.14

2021-05-10 12:32:25 UTC

1. Cooling Fabric
a. Read articles
b. Synthesis process
c. Check the chemical list

5.10

2021-05-10 12:33:52 UTC

1. Read articles on cooling fabric and go through the synthesis process
2. Polypropylene beaker

5.10

szhang53 — 2021-05-10 12:34:00 UTC

1. HVSP box

5.11

2021-05-11 12:27:40 UTC

1. Meeting with Xuemeng.
2. Covid test

5.12

szhang53 — 2021-05-12 12:32:51 UTC

1. Stand-alone box.
2. Miura with jump wire and cooper electrode.

5.12

2021-05-12 12:39:38 UTC

Read articles.
Cooling fabric review

5.13

szhang53 — 2021-05-13 12:30:30 UTC

1. HVSP and stand-alone assembling.
2. Miura with jump wire and cooper electrode.

5.17-5.21

2021-05-17 12:15:23 UTC

1. Cooling Fabric experiment
2. Review_Cooling fabric
3. Experimental Design for thin PAM.

5.17

2021-05-17 12:17:17 UTC

1. Cooling fabric experiment
2. Collect supplies from Joyce
3. Meeting

5.17-5.21

szhang53 — 2021-05-17 12:24:48 UTC

1. HVSP
2. Miura
3. Blocking force data analyze.

5.17

szhang53 — 2021-05-17 12:25:46 UTC

1. Miura: etching the hinge.

5.18

szhang53 — 2021-05-18 12:29:40 UTC

1. Walking robot with Zigzag and paper.

5.18

2021-05-18 12:33:13 UTC

Cooling fabric experiment

5.19

szhang53 — 2021-05-19 12:23:42 UTC

1. Optimize Zigzag.
2. HVSP programming.
3. Meeting with Denisse and Jonah.
4. Screw order.

5.19

2021-05-19 12:32:22 UTC

1. Cooling fabric experiment
2. PAM experiment

5.20

szhang53 — 2021-05-20 12:25:43 UTC

1. Data analyze.
2. HVSP

5.20

2021-05-20 12:36:04 UTC

1. CNT yarn spinning frame

5.24-28

szhang53 — 2021-05-24 12:18:42 UTC

1. Data analyze
2. Application of zigzag.
3. HVSP
4. Nonwoven project two layers.

5.24

szhang53 — 2021-05-24 12:21:30 UTC

1. Data analyze.
2. Meeting with Jonah.
3. Book lab for Tuesday from 1-5pm.
4. Instruct Jonah do experiment.

5.24-5.28

2021-05-24 12:25:29 UTC

1. CNT yarn spinning
2. Summer plan
3. Cooling Fabric

5.24

2021-05-24 12:27:18 UTC

1. Meeting with Emily
2. CNT yarn
3. Summer plan

5.25

szhang53 — 2021-05-25 14:51:36 UTC

1. Data analyze
2. Actuation test for nonwoven project
3. Design two layers pattern

5.26

szhang53 — 2021-05-26 12:18:13 UTC

1. Electrostatic fabrication and actuation test.
2. Sewing training for Jonah.
3. Data analyze.

5.25

2021-05-26 13:48:55 UTC

Cooling fabric curing

5.26

2021-05-26 13:49:15 UTC

Cooling fabric sample submission
Yarn spinning frame

5.27

szhang53 — 2021-05-27 12:29:44 UTC

1. Electrostatic fabrication and actuation test.
2. Nonwoven actuation test.
3. Analyze the result.
4. PPT
5. Data analyze.

5.27

2021-05-27 12:36:22 UTC

1. Yarn spinning frame

6.1-6.4

2021-06-01 12:14:29 UTC

1. PAM experimental design and fabrication
2. Spinning frame parts order
3. Colling fabric test.
4. Fabricating new samples with Sylguard 184

6.1

2021-06-01 12:16:59 UTC

1. PAM experimental design
2. Meeting with Emily
3. Spinning frame order
4. Collect gloves and wipes from Judy
5. Cooling fabric diffusion test

6.1-6.4

szhang53 — 2021-06-01 12:25:37 UTC

1. Literature review
2. Nonwoven project
3. Weaving lecture.

6.1

szhang53 — 2021-06-01 12:27:06 UTC

1. Literature review
2. Instruct Jonah learn origami
3. Design nonwoven pattern

6.2

szhang53 — 2021-06-02 12:21:35 UTC

1. Literature review
2. Weaving lecture

6.2

2021-06-03 03:57:04 UTC

1. Cooling fabric fabrication
2. Box for the solar test
3. Work on the presentation

6.3

2021-06-03 03:58:04 UTC

1. Cooling fabric testing
2. Work on presentation

6.3

szhang53 — 2021-06-03 12:27:26 UTC

1. Literature review
2. Prepare the presentation.

6.7-6.11

szhang53 — 2021-06-07 11:56:23 UTC

1. Literature review
2. Weaving lecture
3. Nonwoven project
4. Electrostatic project
5. HVSP

6.7

szhang53 — 2021-06-07 12:02:29 UTC

1. Literature review
2. Weaving lecture
3. Book lab for 1-5pm Wednesday

6.7-6.12

mhoque — 2021-06-07 12:17:00 UTC

1. Cooling fabric sunlight test
2. STEP ppt
3. PAM fabrication
4. Frame parts order

6.7

2021-06-07 12:37:09 UTC

1. STEP ppt
2. PAM DOE

6.8

szhang53 — 2021-06-08 12:28:08 UTC

1. Weaving lecture

6.8

2021-06-08 12:32:00 UTC

1. Work on DOE
2. Frame order

6.9

szhang53 — 2021-06-09 12:27:47 UTC

1. Actuation test of Nonwoven project.
2. Compliance test of Nonwoven project.

6.9

mhoque — 2021-06-09 12:48:45 UTC

controlling twist for multithread braiding

6.10

szhang53 — 2021-06-10 12:26:30 UTC

1. Electrostatic project
2. HVSP
3. PPT

6.10

2021-06-10 12:34:46 UTC

Read articles on Braiding
PPT

6.14-6.18

szhang53 — 2021-06-14 12:17:26 UTC

1. Literature review
2. Electrostatic project
3. HVSP
4. Nonwoven project
5. robotic arm

6.14

szhang53 — 2021-06-14 12:21:14 UTC

1. Meet with Denisse
2. Book the lab from 1-5 pm Monday.
3. Compliance test of Nonwoven project.

6.14-6.18

2021-06-14 12:44:37 UTC

PAM fabrication

6.14

2021-06-14 12:45:00 UTC

Braiding
Collect Camera from the library
Submit sample for reflectivity test

6.15

2021-06-15 11:39:02 UTC

Braiding
STEP preparation

6.15

szhang53 — 2021-06-15 12:24:13 UTC

1. Data analyze of the Nonwoven compressing test.
2. STEP

6.16

2021-06-16 12:33:26 UTC

STEP
PAM fabrication

6.16

szhang53 — 2021-06-16 12:35:10 UTC

1. HVSP
2. Nonwoven project

6.17

szhang53 — 2021-06-17 12:26:45 UTC

1. Electrostatic project
2. Meeting with Denisse
3. Meeting with Dr. Fang

6.17

2021-06-17 14:02:49 UTC

Yarn Plying
Cooling fabric
PAM fabrication

6.21 - 6.25

2021-06-21 11:56:33 UTC

PAM fabrication ad Characterization
Yarn spinning
Yarn Plying
Plan of Work

6.21

2021-06-21 11:57:19 UTC

PAM fabrication
Cooling fabric reflectivity test
Yarn plying

6.21-6.25

szhang53 — 2021-06-21 12:09:00 UTC

1. Shear stiffness test.
2. Electrostatic project.
~~3. STEP~~
4. HVSP
5. Literature review
6. robotic arm

6.21

szhang53 — 2021-06-21 12:26:29 UTC

1. Electrostatic project figure out the application.
2. Book lab 9:30-12 Tuesday

6.22

szhang53 — 2021-06-22 12:24:01 UTC

1. Nonwoven triggering.
2. Walking robot fabrication.
3. STEP

6.22

2021-06-22 12:33:48 UTC

1. PAM fabrication

6.23

szhang53 — 2021-06-23 12:24:16 UTC

1. Nonwoven fabrication (thread).
2. Walking robot fabrication.

6.23

2021-06-23 12:29:08 UTC

1. PAM fabrication
2. STEP meeting
3. CNT yarn spinning

6.24

szhang53 — 2021-06-24 11:52:34 UTC

1. Robotic arm installation.
2. Reflection of STEP.
3. Shear stiffness test.
4. PPT

6.24

2021-06-24 12:33:12 UTC

ZnO MR Synthesis
PAM fabrication

6.28-7.2

szhang53 — 2021-06-28 12:01:47 UTC

1~~. Shear stiffness test.~~
2. Electrostatic project.
3. HVSP
4. Literature review
5. robotic arm

6.28

szhang53 — 2021-06-28 12:05:42 UTC

1. HVSP
2. KES

6.28- 7.2

2021-06-28 14:39:15 UTC

1. PAM FABRICATION
~~2. CNT yarn~~
3. ZnO MR synthesis

6.28

2021-06-28 14:41:03 UTC

ZnO MR synthesis
CNT yarn diameter
PAM fabrication

6.29

szhang53 — 2021-06-29 12:25:55 UTC

1. MTS for pneumatic actuator
2. HVSP, solve the problem

6.29

2021-06-29 12:34:24 UTC

PAM characterization
ZnO MR synthesis

6.30

2021-06-30 12:26:37 UTC

1. Sunlight test.
2. Put ZnO precipitants into oven.

7.1

szhang53 — 2021-07-01 12:26:01 UTC

1. KES test
2. Read article of 3D printing magnetic actuator.
3. PPT

7.1

xfang3 — 2021-07-01 12:32:10 UTC

1. Cooling fabric sunlight test.
2. PAM

7.6- 7.9

2021-07-06 12:32:32 UTC

Solar test
Microscope
Brass Co. Meeting
CNT yarn meeting
Abstract of Emily

7.6

2021-07-06 12:33:44 UTC

1. Solar test
2. Microscope

7.6-7.9

szhang53 — 2021-07-06 22:41:46 UTC

1. Electrostatic project application
~~2. Order the strip plug and wifi adapter.~~
~~3. Nonwoven bending test analyze.~~
4. Abstract of Jonah
5. Literature review

7.6

szhang53 — 2021-07-06 22:47:56 UTC

1. Electrostatic project: swan and zigzag with feet.
2. Order the strip plug and wifi adapter.

7.7

2021-07-07 12:26:12 UTC

~~Solar test~~
~~Brass Co. meeting~~

7.7

szhang53 — 2021-07-07 12:28:15 UTC

1. Nonwoven bending test analyze
2. Electrostatic project.

7.8

szhang53 — 2021-07-08 12:26:28 UTC

1. Zigzag fabrication
2. PPT
3. Nonwoven fabrication (2 samples)

7.8

2021-07-08 12:32:08 UTC

CNT yarn spinning
Work with Shane

7.12-7.16

szhang53 — 2021-07-12 12:23:30 UTC

~~1. Electrostatic project application~~
~~2. Nonwoven drip test~~
~~3. Abstract of Jonah~~
4. Literature review

7.12-7.16

2021-07-12 12:26:56 UTC

1. PAM testing
~~2. Solenoid valve set up~~
~~3. Lab cleaning~~
4. ZnO MR characterization
~~5. solar, thermocouple~~

7.12

2021-07-12 12:28:59 UTC

PAM characterization

7.12

szhang53 — 2021-07-12 12:31:49 UTC

1. Fabricate the swan.
2. Nonwoven actuation.

7.13

szhang53 — 2021-07-13 12:26:47 UTC

1. Robotic arm.
2. Electrostatic project.
3. Lab cleaning.

7.13

2021-07-13 12:27:22 UTC

PAM characterization
Lab cleaning

7.14

2021-07-14 12:21:03 UTC

Meeting with Shane
ZnO submission
Lab cleaning

7.14

szhang53 — 2021-07-14 12:22:44 UTC

1. Kapton polarization.
2. Robotic arm
3. Lab cleaning
4. Nonwoven actuation

7.15

2021-07-15 12:26:37 UTC

Follow up with MTS
Pneumatic setup for cell growth
Pneumatic set up image
CNT yarn fabric

7.15

szhang53 — 2021-07-15 12:27:43 UTC

1. Drape test
2. PPT

7.19-7.23

szhang53 — 2021-07-19 12:15:12 UTC

1. HVSP
2. Nonwoven project
3. Literature review
4. Electrostatic project
5. Website

7.19

szhang53 — 2021-07-19 12:27:22 UTC

1. HVSP
2. Nonwoven sample fabrication.

7.19-7.23

2021-07-19 12:28:28 UTC

Cyclic Test
PAM dynamic test
Cooling fabric meeting ppt
SEM and EDS
CNT fabric
Manifold trouble shooting
white Nylon before and after reflectivity and solar

7.19

2021-07-19 12:29:45 UTC

PAM Dynamic test
Cyclic test

7.20

szhang53 — 2021-07-21 12:14:30 UTC

~~1. SEM with Judy~~
2. Drape test setup
3. Microscope image

7.21

szhang53 — 2021-07-21 12:18:49 UTC

1. Drape test.
2. Image analyze.
3. HVSP email.

7.21

2021-07-21 12:35:19 UTC

1. PAM characterization
2. SEM & EDS
3. Light fighter meeting

7.22

szhang53 — 2021-07-22 12:31:04 UTC

1. Data analyze
2. PPT

7.22

2021-07-22 20:34:06 UTC

PAM characterization
PPT.

7.26-7.30

szhang53 — 2021-07-26 12:53:51 UTC

1. HVSP
2. Literature review.

7.26

szhang53 — 2021-07-26 12:54:53 UTC

1. HVSP

7.26-7.30

2021-07-26 22:22:25 UTC

1. CNT yarn fabric
2. Nylon fabric coating
3. Reflectivity test.
4. PAM characterization

7.26

2021-07-26 22:24:30 UTC

1. CNT yarn fabric
2. Nylon fabric coating.

7.27

2021-07-27 23:21:53 UTC

1. Manifold troubleshooting
2. CNT yarn fabric
3. Nylon fabric reflectivity test submission.

7.28

szhang53 — 2021-07-28 12:20:28 UTC

1. Nonwoven shrinking test.
2. Weft and warp for diamond.
3. HVSP
4. Read one article of electrostatic.

7.28

2021-07-28 12:24:54 UTC

1. Meeting with Shane
2. Braiding schedule with Eric
3. PAM characterization
4. ~~Solenoid valve, screen, aluminum tube order~~

7.29

szhang53 — 2021-07-29 12:26:54 UTC

1. HVSP-5kV can be generated
2. Read the article
3. Presentation

7.29

2021-07-29 12:33:47 UTC

PAM Characterization

8.2-8.6

szhang53 — 2021-08-02 12:29:26 UTC

1. Nonwoven project
2. HVSP
3. Literature review
4. Plan of fall

8.2

szhang53 — 2021-08-02 12:29:59 UTC

1. Nonwoven shrinking actuation and test.
2. Nonwoven drape test.

8.3

szhang53 — 2021-08-03 12:27:39 UTC

1. Schedule confocal and microscope.
2. Contact IT for HVSP software setup on lab PC
2. Literature review.

8.3

2021-08-03 12:31:21 UTC

solar test
meeting with kiran
PAM actuation testing

8.2-8.5

2021-08-04 12:08:39 UTC

1. Solar test
2. PAM testing
3. PAM submission
4. Meeting with BRASS
5. PAM characterization

8.4

2021-08-04 12:09:29 UTC

1. Meeting with BRASS
2. Read one article

8.4

szhang53 — 2021-08-04 12:28:58 UTC

1. Confocal
2. Microsope

8.5

szhang53 — 2021-08-05 12:28:30 UTC

1. HVPS
2. Return the sewing machine

8.5

2021-08-05 12:29:08 UTC

PAM data analysis

8.6

szhang53 — 2021-08-06 12:25:31 UTC

1. HVPS
2. Image analyzing

8.16-8.20

2021-08-16 12:09:02 UTC

1. Slides for the Lightfighter meeting
2. Lighterfighter meeting
3. ZnO MR synthesis protocol
4. PAM characterization
5. Manifold troubleshooting
6. PAM_cell growth dynamic test
7. Fall plan

8.16

2021-08-16 12:13:00 UTC

1. Slides for the lightfighter meeting
2. Manifold troubleshooting
3. Fall plan

8.16-8.20

szhang53 — 2021-08-16 12:27:39 UTC

Literature review

8.16

szhang53 — 2021-08-16 12:33:00 UTC

Literature review

08.17

2021-08-17 11:59:37 UTC

1. ~~Manifold troubleshooting~~
2. ~~Get gloves from Judy.~~
3. ~~Light fighter meeting~~.
4. ~~New solenoid valve setup for dynamic test~~
~~5. ZnO MR synthesis protocol.~~

8.17

szhang53 — 2021-08-17 12:26:13 UTC

Literature review

8.18

szhang53 — 2021-08-18 11:58:05 UTC

Literature review

08.18

2021-08-18 12:13:07 UTC

1. ZnO MR synthesis protocol
2. ~~PAM Characterization~~

8.19

szhang53 — 2021-08-19 12:19:57 UTC

Literature review

08.19

2021-08-19 12:24:42 UTC

1. PAM characterization
2. ZnO MR synthesis protocol

8.23-8.27

szhang53 — 2021-08-23 12:26:04 UTC

1. HVPS
2. Order of Magnetic(test, fabrication, material)
3. Literature review

08.23-0.8.27

2021-08-23 12:26:08 UTC

1. Find and read new articles
2. Read " Braiding technology for textiles"
3. Use Zip tie and PAM characterization.
4. Data analysis

8.23

szhang53 — 2021-08-23 12:26:41 UTC

1. HVPS
2. Search and Read article about magnetic

08.23

2021-08-23 12:27:48 UTC

1. Read literature
2. Data analysis

8.24

szhang53 — 2021-08-24 12:10:44 UTC

1. HVPS
2. Magnetic article reading

08.24

2021-08-24 23:49:21 UTC

1. Meeting with Michael
2. Read literature

8.25

2021-08-26 13:24:41 UTC

1. Read literature.

8.26

2021-08-26 13:26:08 UTC

1. .ppt
2. Meeting with Michelle
3. Literature

8.30-9.03

szhang53 — 2021-08-30 12:25:07 UTC

1. Electrostatic paper.
2. Order of Magnetic project.

8.30

szhang53 — 2021-08-30 12:26:20 UTC

1. Contact the company for the quote.
2. Collect information for electrostatic paper

08.30

2021-08-30 12:31:39 UTC

1. ZnO MR synthesis
2. Contact Judy for DI water and PAM image

8.30-9.03

2021-08-30 12:35:46 UTC

1. PAM characterization.
2. ZnO MR synthesis.
3. PAM image
4. CNT fabric

08.31

2021-08-31 12:24:27 UTC

1. ZnO MR washing and drying
2. PAM imaging
3. PAM characterization.

08.31

szhang53 — 2021-08-31 12:30:03 UTC

1. Magnetizer order
2. Collect information for electrostatic paper

09.01

szhang53 — 2021-09-01 12:25:01 UTC

1. Magnetizer order
2. Collect information for electrostatic paper
3. NdFeB order
4. PDMS order

09.01

2021-09-01 16:29:03 UTC

1. Continue PAM imaging.
2. Contact microtubing vendors.
3. Unwind 0.5mm tube from the bobbin
~~4. Mail CNT fabric~~

09.02

szhang53 — 2021-09-02 12:23:27 UTC

1. Electromechanic simulation
2. Magnetizer order
3. Heating steage

09.02

2021-09-02 12:29:12 UTC

1. Continue PAM characterization.
2. Cell dynamic test
3. Contact microtube vendors.
4. .ppt

09.02

xfang3 — 2021-09-02 12:50:57 UTC

1. heat gun
2. dispensing
3. magnetizer order

09.07-09.10

szhang53 — 2021-09-07 12:15:32 UTC

1. Mechanical test for 2 mil kapton.
2. Electrostatic paper.
3. NdFeB order

09.08

szhang53 — 2021-09-07 12:17:35 UTC

1. Mechanical test for 2 mil kapton
2. NdFeB order
3. Reading the material of kapton

09.07

szhang53 — 2021-09-07 12:17:42 UTC

1. Video edit
2. Mechanical test for 2 mil kapton

09.07-09.10

2021-09-09 19:49:55 UTC

1. Cooling fabric coating and printing.
2. Contact vendors for microtubing
3. PAM MTS testing
4. PAM fabrication with heat shrink tubing.

09.07

2021-09-09 19:51:07 UTC

1. Meet with Jeff
2. Meet with Ralph
3. Fabric coating and screen printing

09.08

2021-09-09 19:52:24 UTC

1. Fabric coating and digital printing
2. PAM fabrication with heat shrink tube
3. Contact with vendors.

09.09

2021-09-09 19:53:27 UTC

1. Contact with vendors
2. Fabric coating
3. PAM fabrication
4. PAM MTS testing

9.13-9.17

2021-09-13 12:11:30 UTC

1. ~~Solar test~~
2. ~~CNT yarn spinning from new sheets.~~
3. ~~Order end fittings~~.
4. ~~Accumulate relative figures for the paper and plot relative data.~~
5. ~~Gather information of printing dyes.~~
6. ~~Submit CNT samples paragraph~~.
7. Order camouflage heat transfer print paper.

09.13

2021-09-13 12:15:31 UTC

1. ~~Order end fittings~~
2. ~~Contact Jeff regarding printing dye type and rod number~~.
2. Order camouflage print paper
3. ~~Contact Axis for bladder extrusion~~
4. ~~Raumedic tubing.~~
5. ~~CNT samples paragraph.~~
6. Contact Phillip/Chuck
7. MTS air suppl

9.13-9.17

szhang53 — 2021-09-13 12:17:04 UTC

1. HVPS
2. Dielectric project
3. Electrostatic paper

9.13

szhang53 — 2021-09-13 12:19:35 UTC

1. HVPS
2. Electrostatic paper (reading)

09.14

2021-09-14 12:29:40 UTC

1~~. Heat transfer printing~~
2. ~~Figures for Paper~~

9.14

szhang53 — 2021-09-14 12:37:54 UTC

1. Read electromechanics of polyimide.
2. Dielectric experiment

09.15

szhang53 — 2021-09-15 12:20:36 UTC

1. Dielectric project experiment.

09.15

2021-09-15 12:26:08 UTC

1. Read articles
2. PAM test

09.16

szhang53 — 2021-09-16 12:22:22 UTC

1. DEA experiment

09.16

2021-09-16 12:27:04 UTC

1. Yarn tensile test
2. ppt
3. Read articles

9.20-09.24

2021-09-20 12:26:34 UTC

1. PAM testing
2. SEM and EDS
3. Lightfighter meeting
4. Contact axis and suppliers for tubing
5. Read articles.

9.20

2021-09-20 12:27:31 UTC

1. SEM, EDS
2. Contact axis and suppliers
3. ~~Read articles~~

09.20-09.24

szhang53 — 2021-09-20 12:30:37 UTC

1. Nonwoven project summarize.
2. DEA project.

09.20

szhang53 — 2021-09-20 12:31:16 UTC

1. Nonwoven project summarize.

09.21

2021-09-21 12:27:07 UTC

1. Lightfighter meeting
2. Unwinding raumedic tubing
3. PAM test
4. Contact with vendors

09.21

szhang53 — 2021-09-21 12:27:16 UTC

1. Nonwoven project summarize
2. Electrostatic reference

09.22

szhang53 — 2021-09-22 12:25:27 UTC

1. Electrostatic experiment: the whole process of charging.
2. Nonwoven project summarize.
3.Electrostatic reference.

9.22

2021-09-22 12:29:01 UTC

1. PAM test
2. Lightfighter meeting
3. SEM

1.10-1.14

2022-01-10 20:23:35 UTC

1. Write DEA paper.
2. Design the electrostatic experiment(new findings last year, more experiment needed）

1.10

2022-01-10 20:24:14 UTC

1. DEA paper.

1.10-1.14

mhoque — 2022-01-10 21:24:00 UTC

1. Dissertation outline.
2. Knee brace paper/poster
3. Fiber conference paper
4. Spring Plan

1.10

mhoque — 2022-01-10 21:24:29 UTC

1. Work on dissertation outline.

1.11

2022-01-11 17:29:24 UTC

1. DEA paper
2. Magnetizer quote

1.12

2022-01-12 14:08:07 UTC

1. DEA paper

1.11

2022-01-12 22:58:39 UTC

1. Knee brace paper/ poster.

1.12

2022-01-12 22:59:10 UTC

1. Spring plan
2. Meeting with Micheal

1.13

2022-01-13 11:44:55 UTC

1. Fiber conference paper

1.13

2022-01-13 14:24:17 UTC

1. DEA paper

1.17-1.21

2022-01-17 13:26:59 UTC

~~1. Procure tubing~~
2. Braid PAM
3. Fabricate fabric actuator
4. Coating on 70D nylon fabric

1.17

2022-01-17 13:28:47 UTC

1. Follow up on the tubing procurement
2. Select fabric patterns for actuators.
3. Start on fabric actuator

1.18-1.21

2022-01-18 23:19:26 UTC

1. Finish DEA first draft.
2. Electrostatic project experiment
3. Write Nonwoven paper

1.18

2022-01-18 23:20:51 UTC

1. DEA first draft
2. Electrostatic experiment: middle objective by paper and different length.
3. Laser cutting

1.18

2022-01-19 13:43:11 UTC

1. Cooling fabric tent
2. Weaving pattern
3. Loom modification.

1.19

2022-01-19 13:44:08 UTC

1. Update article
2. Loom modification

1.19

2022-01-19 13:59:46 UTC

1. Electrostatic experiment.
2. Nonwoven paper

1.20

2022-01-20 13:48:03 UTC

1. Coating
2. Yarn testing

1.20

2022-01-20 15:17:08 UTC

1. Electrostatic experiment
2. MTS

1.24-1.28

2022-01-24 13:55:52 UTC

1. Nonwoven paper
2. Electrostatic project

1.24

2022-01-24 13:56:11 UTC

1. Nonwoven paper
2. Laser cutting

1.24-1.28

2022-01-24 17:34:15 UTC

1. Yarn testing
2. Microscope imaging
3. Braid PAM
4. Sunlight test

1.24

2022-01-24 17:34:44 UTC

1. Tent set up
2. Yarn tensile test

1.25

2022-01-25 14:22:36 UTC

1. Electrostatic experiment
2. Nonwoven paper

1.25

2022-01-25 16:12:53 UTC

1. Imaging
2. Tensile test data

1.26

2022-01-26 18:01:45 UTC

1. Solar test
2. Braiding

1.26

2022-01-27 13:57:48 UTC

1. Electrostatic experiment results analysis
2. Nonwoven paper

1.27

2022-01-27 13:58:12 UTC

1. Electrostatic experiment results analysis

1.27

2022-01-27 14:23:08 UTC

1. Solar test result
2. Thermocouple set up

1.31-2.04

2022-01-31 14:04:26 UTC

1. Weaving and Fabric actuator
2. Coating with Lubrizol
3. Review

1.31

2022-01-31 14:05:12 UTC

1. Fabric density.
2. Coating with Lubrizol.
3. Review.

1.31-2.4

2022-02-02 14:16:17 UTC

1. Nonwoven paper
2. Electrostatic experiment

1.31

2022-02-02 14:16:30 UTC

1. Nonwoven paper

2.1

2022-02-02 14:17:09 UTC

1. Electrostatic experiment: reversing force test, paper base systematical test

2.2

2022-02-02 14:25:18 UTC

1. Nonwoven paper
2. Electrostatic experiment paper base systematical test

2.1

2022-02-02 15:21:01 UTC

1. Coating with new materials
2. PAM fabrication
3. Review
4. Walmart pick-up

2.2

2022-02-02 15:22:24 UTC

1. Coating and digital printing
2. Weaving loom and loom preparation
3. PAM fabrication

2.3

2022-02-04 03:15:13 UTC

1. Electrostatic experiment trimmed sample

2.3

2022-02-04 13:21:42 UTC

1. Braiding
2. Coating and printing
3. Meeting with Shane

2.07-2.11

2022-02-07 14:12:12 UTC

1. Solar test
2. Weaving
3. PAM preparation for weaving
4. Review
5. Knee brace test

2.07

2022-02-07 14:12:36 UTC

1. Work on review
2. PAM preparation

2.7-2.11

2022-02-07 14:43:54 UTC

1. Electrostatic working principle
2. Nonwoven paper
3. Review

2.7

2022-02-07 14:44:26 UTC

1. Reading two paper of polyimide

2.8

2022-02-10 15:44:33 UTC

1. Electrostatic experiment(paper sample)
2. MTS

2.9

2022-02-10 15:45:21 UTC

1. Read two articles about the electrostatic
2. Analyze results (electrostatic)

2.10

2022-02-10 15:47:13 UTC

1. Analyze results (video measurement and data)

2.8

2022-02-11 13:17:41 UTC

1. Review _ cooling fabric
2. Knee brace _ manikin

2.09

2022-02-11 13:19:53 UTC

1. Weaving.
2. ZnO MR synthesis

2.10

2022-02-11 13:21:16 UTC

1. Knee brace testing
2. ZnO MR synthesis.
3. Work on conference paper

2.14-2.18

2022-02-14 14:04:42 UTC

1. Nonwoven paper
2. Literature review
3. Electrostatic voltmeter

2.14

2022-02-14 14:05:01 UTC

1. Nonwoven paper

2.14- 2.18

2022-02-14 14:26:35 UTC

1. Review
2. Coating and printing
3. Solar test
4. Fiber robot dynamic test
5. Fabric actuator testing

2.14

2022-02-14 14:31:29 UTC

1. Coating and printing
2. Light fighter meeting
3. Fabric actuator
4. Review

2.15

2022-02-21 00:40:43 UTC

1. Solar test
2. Review

2.16

2022-02-21 00:41:51 UTC

1. Knee brace.
2. Yarn test

2.17

2022-02-21 00:42:11 UTC

1. Fabric actuator

2.21 - 2.25

2022-02-21 01:07:22 UTC

1. Review
2. Dynamic test
3. Knee brace
4. Fabric actuator

2.15

2022-02-21 14:57:21 UTC

1. Electrostatic volt testing

2.16

2022-02-21 14:57:38 UTC

1. Nonwoven paper

2.17

2022-02-21 14:58:59 UTC

1. Nonwoven paper

2.21-2.25

2022-02-21 14:59:39 UTC

1. literature Review
2. Electrostatic voltmeter
3. Nonwoven paper

2.21

2022-02-21 15:05:38 UTC

1. Finish nonwoven paper

2.21

2022-02-21 17:57:54 UTC

1. knee brace
2. review
3. dynamic test

2.22

2022-02-23 14:29:31 UTC

1. Electrostatic experiment

2.23

2022-02-23 14:29:42 UTC

1. Literature review

2.22

2022-02-25 17:50:24 UTC

1. Review
2. Tissue dynamic test

2.23

2022-02-25 17:51:54 UTC

1. Knee brace improvement
2. SEM analysis
3. Sample preparation for lightfighter

2.24

2022-02-25 17:53:07 UTC

1. Fabric actuator

2.24

2022-02-25 20:03:25 UTC

1. Electrostatic experiment

2.28-3.4

2022-02-28 15:47:09 UTC

1. Literature review
2. Read article about PI charging
3. Electrostatic experiment: No hinge, hinge resistance

2.28

2022-02-28 15:47:21 UTC

1. Read articles

2.28-3.4

2022-03-02 14:26:50 UTC

1. Review
2. Knee brace test
3. EDS analysis
4. Tubing order
5. Tissue project manuscript

2.28

2022-03-02 14:27:13 UTC

1. Cooling fabric review

3.1

2022-03-02 14:27:37 UTC

1. Cooling fabric meeting

3.2

2022-03-02 14:28:55 UTC

1. EDS analysis.
2. Knee brace.
3. PAM fabrication for the tissue project.

3.1

2022-03-03 01:10:02 UTC

1. Hinge resistance test
2. Hinge influence test

3.2

2022-03-03 01:10:34 UTC

1. Read articles
2. Analyze results

3.3

2022-03-03 01:11:29 UTC

1. Fabricate new samples
2. No contact test
3. Meeting with Dr. Ginger Yu

3.3

2022-03-07 14:15:26 UTC

1. Tubing order

3.4

2022-03-07 14:15:38 UTC

Braiding

3.7 - 3.11

2022-03-07 14:16:49 UTC

1. Braiding
2. Fabric actuator
3. Abstract submission
4. Cooling fabric project
5. Fiber robot_ tissue project

3.7

2022-03-07 14:17:30 UTC

1. Braiding
2. Cooling fabric project
3. PAM fabrication for tissue project

3.7-3.11

2022-03-07 14:25:45 UTC

1. Quantitive experiment for electrostatic experiment.
a) Electrostatic volt for upper-positive and lower-negative (upper-negative and lower positive).
b) Reversing angle while exchanging the polar.
c) Charging time.
d) kapton-paper sample; paper-paper sample; kapton-kapton
2. Literature review

3.7

2022-03-07 14:26:13 UTC

1. Reading electrostatic article
2. Literature review

3.8

2022-03-09 17:41:04 UTC

1. Electrostatic experiment

3.9

2022-03-09 17:41:33 UTC

1. Abstract for open house
2. Analysis data results

3.8

2022-03-14 15:58:12 UTC

1. Printing
2. PAM fabrication

3.9

2022-03-14 15:59:57 UTC

1. Printing with cobalt
2. Braiding
3. Work on the abstract

3.10

2022-03-14 16:00:43 UTC

1. Braiding
2. Printing on the 30D fabric

3.14-3.18

2022-03-14 16:01:36 UTC

1. Work on the review
2. Work on the tissue project manuscript.
3. Work on the fabric actuator.

3.14

2022-03-14 16:02:29 UTC

1. Fabric actuator
2. Review paper

3.14-3.18

2022-03-15 17:41:25 UTC

1. Review
2. Electrostatic voltmeter & sensor
3. Electrostatic experiment: no Kapton tape covering.
4. Dispensing system set up.
5. Extrusion polymer solution.
6. 3D printing.
7. Silicone material (ASAP)
8. Undergraduate award.

3.14

2022-03-15 17:41:43 UTC

1. 3D printing

3.15

2022-03-15 17:42:12 UTC

1. 3D printing.
2. Silicone material

3.21-2.25

2022-03-21 13:45:07 UTC

1. Solar test
2. Light-fighter meeting
3. Braiding
4. Undergrade Proposal

3.21

2022-03-21 13:45:42 UTC

1. Freezer test
2. Braiding

3.21-3.25

2022-03-21 14:22:26 UTC

3.21

2022-03-21 14:23:24 UTC

1. Electrostatic voltmeter
2. Dispensing system set up

3.22

2022-03-22 13:27:38 UTC

1. Electrostatic voltmeter
2. Electrostatic experiment: no Kapton tape covering.
3. Undergraduate award abstract

3.23

2022-03-24 13:15:45 UTC

1. Undergraduate award abstract

3.24

2022-03-24 13:16:16 UTC

1. Electrostatic experiment.
2. Electrostatic voltmeter

3.22

2022-03-24 14:05:46 UTC

1. LabView program for thermocouple
2. Solar test

3.23

2022-03-24 14:08:00 UTC

1. Braiding
2. Undergrad research proposal
3. Fabric color test

3.24

2022-03-24 14:08:49 UTC

1. Braiding
2. Coating and printing

3.25

2022-03-27 18:18:08 UTC

1. Extrusion trial

3.28-4.1

2022-03-29 20:57:01 UTC

1. Review
2. Electrostatic voltmeter & sensor
3. Extrusion polymer solution.
4. Silicone material (ASAP)
5. Open House
6. DEA paper
7. Nonwoven paper

3.29

2022-03-29 20:57:26 UTC

1. Electrostatic voltmeter & sensor

3.30

2022-03-31 13:38:40 UTC

1. PEG extrusion experiment

3.31

2022-03-31 13:41:03 UTC

1. DEA paper
2. Zoe's dissertation. Robotic Material Handling and Product Design Strategies to Enable Automated Manufacturing of Textile and E-Textile Products
3. Dispenser and robotic arm integration trial

03.25

2022-04-01 00:55:19 UTC

1. Cooling fabric project

3.28-04.01

2022-04-01 00:56:58 UTC

1. Summit.
2. Braiding
3. Cooling fabric project
4. Tissue project

03.28

2022-04-01 00:57:33 UTC

1.Braiding
2. Cooling fabric project
3. Summit

03.29

2022-04-01 00:58:42 UTC

1. Summit
2. Cooling fabric project
3. Tissue project, PAM fabrication

03.30

2022-04-01 00:59:58 UTC

1. Abstract review_knee brace
2. Cooling fabric project
3. Meeting with Dr. Gluck
4. Knee brace fishing knot

03.31

2022-04-01 01:01:01 UTC

1. Braiding
2. Reflective coating

4.4-4.8

2022-04-05 22:33:32 UTC

1. Review
2. Electrostatic voltmeter & sensor
3. Extrusion polymer solution.
4. Silicone material (ASAP)
5. Open House
6. DEA paper
7. Nonwoven paper

4.4

2022-04-05 22:33:58 UTC

1. PEG extrusion

4.5

2022-04-05 22:35:24 UTC

1. Learn electrostatic voltmeter fabrication
2. Send email to author
3. DEA paper revising
4. Send Sylgard 184 order form

4.6

2022-04-05 22:36:37 UTC

1. Open house PPT submit
2. Open house presentation
3. Connector for dispenser

4.11-4.15

2022-04-11 13:29:55 UTC

1. Review
2. Electrostatic voltmeter & sensor
3. Extrusion polymer solution.
4. Silicone material (ASAP)
5. Open House
6. DEA paper
7. Nonwoven paper
8. Dispenser and robotic arm connector.

4.11

2022-04-11 13:30:41 UTC

1. Open house
2. DEA paper
3. Silicone order

4.4-4.8

2022-04-11 13:46:26 UTC

1. Braiding
2. Color ink search
3. Knee brace
5. Tissue project
6. Fabric actuator outline

4.4

2022-04-11 13:47:14 UTC

1. Color ink search
2. Poster

4.5

2022-04-11 13:47:35 UTC

1. Tissue project
2. Braiding

4.6

2022-04-11 13:52:33 UTC

1. Poster
2. Braiding

4.7

2022-04-11 13:52:59 UTC

1. Fabric actuator outline

4.8

2022-04-11 13:53:32 UTC

1. Fabric actuator outline
2. Tissue project
3. Braiding

4.11-4.15

2022-04-11 14:13:17 UTC

1. Tissue project dynamic test
2. Fabric actuators
3. Open house

4.11

2022-04-11 14:13:47 UTC

1. Dynamic test
2. Group meeting
3. Fabric actuator

4.12

2022-04-12 01:01:32 UTC

1. Open house pre
2. Voltmeter order
3. Dispenser and robotic arm connector
4. Voltmeter

4.14

2022-04-14 13:50:38 UTC

1. Dispenser and robotic arm connector.

4.18-4.22

2022-04-18 14:31:59 UTC

1. Review
2. Electrostatic voltmeter & sensor
3. Extrusion polymer solution.
4. Silicone tube
5. DEA paper
6. Nonwoven paper
7. Dispenser and robotic arm connector.

4.18

2022-04-18 14:32:27 UTC

1. Review
2. Electrostatic voltmeter
3. Silicone tube

4.19

2022-04-22 00:05:57 UTC

1. Electrostatic experiment

4.20

2022-04-22 00:06:40 UTC

1. Fiber extrusion experiment
2. Electrostatic experiment result analyze

4.21

2022-04-22 00:07:14 UTC

1. Electrostatic experiment and data analyze

4.12

2022-04-22 03:57:38 UTC

Poster revision

4.12

2022-04-22 04:04:51 UTC

Poster revision

4.13

2022-04-22 04:06:04 UTC

Fabric actuator outline meeting

4.14

2022-04-22 04:06:27 UTC

Tissue project Dynamic test

4.18-4.22

2022-04-22 04:08:34 UTC

1. PAM fabrication for tissue project
2. Journal selection
3. Knee brace testing
4. Emily_poster review
5. PAM characterization for tissue project

4.18

2022-04-22 04:09:38 UTC

1. PAM fabrication for tissue project

4.19

2022-04-22 04:09:58 UTC

1. Knee brace testing
2. Sensor order

4.20

2022-04-22 04:10:48 UTC

1. Emily poster review

4.21

2022-04-22 04:13:23 UTC

1. PAM characterization

04.25-04.29

2022-04-26 20:43:53 UTC

1. Journal search
2. CNT yarn spinning plan
3. PAM fabrication for the Fabric actuators
4. Learning_Fabric simulations on ANSYS

4.25-4.29

2022-04-27 19:51:12 UTC

1. DEA project
2. Fiber extrusion
3. Electrostatic experiment

4.25

2022-04-27 19:52:43 UTC

1. Electrostatic experiment and data organization

4.27

2022-04-27 19:56:23 UTC

1. Fiber extrusion
2. Electrostatic experiment (state2 and state4: 4 sides)

5.9-5.13

2022-05-10 17:43:18 UTC

1. DEA project
2. Fiber extrusion
3. Electrostatic experiment
4. Review
5. Nonwoven paper

5.9

2022-05-10 18:10:42 UTC

1. Electrostatic experiment

5.10

2022-05-10 18:11:19 UTC

1. Electrostatic results analyze
2. DEA experiment

5.11

2022-05-10 20:14:05 UTC

1.Fiber extrusion PEG
2. Fiber extrusion sylgard

5.02-5.13

2022-05-12 14:01:12 UTC

1. FEM Simulation ANSYS
2. Flex sensors calibration
3. Meeting with Dr. Uprety
4. Tissue project experimental setup

5.16-5.20

2022-05-16 14:34:03 UTC

1. Robotic arm control.
2. DEA experiment
3. Fiber extrusion
4. Nonwoven face mask
5. Nonwoven paper
6. Review
7. ELectrostatic project

5.16

2022-05-16 14:35:15 UTC

1. Robotic arm control
2. UV curable fiber extrusion

5.17

2022-05-17 13:08:55 UTC

1. Nonwoven paper
2. Meeting with Jonah
3. Electrostatic induction paper

05.16 - 05.20

2022-05-20 13:47:08 UTC

1. Preparing PAM for the fabric robots
2. Meeting with Dr. Woodbridge for the DOE
3. Weaving fabric robots
4. Exploring mathematical equation for the PAM
5. Dynamic study set-up fort he tissue project.

5.23-5.27

2022-05-23 14:12:05 UTC

1. Robotic arm control.
2. DEA experiment
3. Fiber extrusion review
4. Nonwoven face mask
5. Nonwoven paper
6. Review
7. ELectrostatic project meeting
8. UV light
9. Heat curing material
10. UV material

5.23

2022-05-23 14:17:17 UTC

1. Origami Review
2. 3D printing paper reading

5.23 -5.27

2022-05-31 13:42:38 UTC

1. Fabric actuator fabrication
2. Cooling fabric project_find new materials
3. PAM modeling

5.31- 06.03

2022-05-31 14:08:37 UTC

1. Rubber tube characterization
2. PAM Modeling
3. Fabric actuator
4. Cooling fabric printing
5. Searching for new materials

5.31-6.3

2022-05-31 20:35:30 UTC

1. Robotic arm control.
2. DEA experiment
3. Fiber extrusion review
4. Nonwoven face mask
5. Nonwoven paper
6. Review
7. Electrostatic project meeting
8. UV light
9. Heat curing material
10. Electrostatic Yoshimura

10. UV material
11. 3D printing review

5.31

2022-05-31 20:36:07 UTC

1. 3d printing review
2. pneumatic origami pattern research

6.06 - 6.10

2022-06-06 14:11:30 UTC

1. 1st Manuscript completion
2. Knee brace set up_ sensor attachment
3. CNT fabric, weaving practice
4. Fabric actuators actuation
5. Cooling fabric_ find ink solution.

7.11-7.15

2022-07-11 14:05:29 UTC

1. DEA paper
2. Nonwoven filter efficiency test
3. Origami review
4. Nonwoven paper
5. Electrostatic Yoshimura
6. Glue gun order
7. Silicone film
8. Website, paper and grant

7.11

2022-07-11 14:37:48 UTC

1. Shrinking thread order
2. Glue gun order
3. DEA paper

8.1-8.5

2022-08-01 14:04:20 UTC

1. Electrostatic experiment: oscilloscope
2. Nowoven paper
3. Literature review
4. Silicone film
5. Website update

8.1

2022-08-01 14:04:39 UTC

1. Electrostatic experiment
2. Website update

8.3

2022-08-03 15:37:05 UTC

1. Electrostatic results analyze
2. Literature review

8.8

2022-08-08 12:04:39 UTC

1. Electrostatic experiment: oscilloscope and surface voltage

8.9

2022-08-10 14:39:35 UTC

1. Fiber extrusion
2. Electrostatic experiment

8.10

2022-08-10 14:40:49 UTC

1. Data analysis of oscilloscope.
2. Inspection of magnetizer.
3. UV-cure material

8.15-8.19

2022-08-13 20:09:44 UTC

1. Electrostatic experiment: oscilloscope
2. Nonwoven paper
3. Literature review
4. Silicone film
5. Spring order
6. Rotating cylinder
7. Connector design
8. Magnetic paper(material and magnetic field)

8.15

2022-08-15 13:56:17 UTC

1. Spring order
2. heater and winder order
3. Connector design
4. Magnetic paper review

8.16

2022-08-18 12:29:14 UTC

1. Fiber extrusion
2. Connector design

8.17

2022-08-18 12:29:51 UTC

1. Literature review
2. Magnetic fiber extrusion

8.22-8.26

2022-08-22 12:49:51 UTC

1. Electrostatic organization and analyze
2. Nonwoven paper
3. Literature review
4. Rotating cylinder
5. Connector design
6. Sylgard trail

8.22

2022-08-22 12:59:37 UTC

1. Electrostatic hypothesis
2. Connector design
3. Literature review

8.23

2022-08-24 13:50:17 UTC

1. Electrostatic meeting
2. Connector design
3. PTFE tube order

8.24

2022-08-24 13:52:52 UTC

1. Electrostatic experiment
2. PTFE order
3. Literature review
4. Outline of electrostatic paper

9.19-9.23

2022-09-16 16:34:35 UTC

1. Literature review
2. Electrostatic
3. Magnetic
4. Wind stage
5. Fiber extrusion
6. Pneumatic origami
7. DEA paper

9.20

2022-09-20 13:17:37 UTC

1. Poster for Dr. Fang
2. Poster for FS
3. Review

9.26-9.30

2022-09-26 12:18:01 UTC

1. Literature review
2. Electrostatic
3. Magnetic
4. Wind stage
5. Fiber extrusion
6. Pneumatic origami
7. DEA paper

9.26

2022-09-26 12:21:37 UTC

1. Wind stage
2. Literature review
3. Young Scholar Program Ideation Event
4. Electrostatic experiment and data analyze

9.27

2022-09-27 12:58:05 UTC

1. PAM data analyze
2. Magnetic experiment for PEG trial

9.28

2022-09-28 13:54:33 UTC

1. Electrostatic experiment and data analyze
2. Poster for FS
3. Pneumatic origami
4. Literature review

9.29

2022-09-29 13:26:39 UTC

1. Electrostatic data analyze

10.3-10.7

2022-10-03 13:18:56 UTC

1. Wind stage
2. Electrostatic
3. Magnetic
4. DEA paper
5. Fiber extrusion
6. Pneumatic origami
7. PAM model

10.3

2022-10-03 13:23:00 UTC

1. Wind stage: drill M30 thread
2. Fiber society poster
3. PPT for Dr. Fang
4. Magnetic control field

10.24-10.27

szhang53 — 2022-10-23 22:59:45 UTC

1. Wind stage
2. Electrostatic organization
3. DEA paper
4. PAM model
5. Fiber extrusion
6. Pneumatic origami
7. Magnetic

10.24

szhang53 — 2022-10-23 23:06:57 UTC

1. Wind stage
2. DEA paper
3. Pneumatic origami

10.26

2022-10-26 15:18:13 UTC

1. Helmholtz coil
2. High current power supply
3. Regression of PAM
4. Pneumatic origami

10.31-11.4

2022-10-31 12:55:10 UTC

1. Wind stage
2. Electrostatic organization
3. DEA paper
4. Fiber extrusion
5. Pneumatic origami

10.31

2022-10-31 12:55:39 UTC

1. Electrostatic data analyze
2. Pneumatic origami
3. Organize electrostatic

11.1

2022-11-01 12:39:53 UTC

1. Fiber extrusion
2. Electrostatic organization
3. Permanent magnet order
4. PTFE drilling

11.2

2022-11-02 12:30:47 UTC

1. Electrostatic organization
2. Pneumatic origami

11.3

2022-11-03 19:50:07 UTC

1. Fiber extrusion
2. Electrostatic organization
3. Laser cutting

11.4

2022-11-04 00:32:15 UTC

1. Wind stage
2. DEA paper

11.7-11.11

2022-11-07 13:05:20 UTC

1. Wind stage
2. Electrostatic organization
3. DEA paper
4. Fiber extrusion
5. Pneumatic origami

11.7

2022-11-07 13:10:00 UTC

1. DEA paper
2. PEG fiber mechanical test analysis
3. Pneumatic origami (robot control)

11.14-11.18

2022-11-15 14:03:36 UTC

1. Wind stage
2. Electrostatic organization
3. DEA paper
4. Fiber extrusion
5. Pneumatic origami

11.14

2022-11-15 14:06:50 UTC

1. Pneumatic origami:
a. Walking robot spring integrated
b. Gripper: hook added

11.5

2022-11-15 16:25:33 UTC

1. PEG fiber: Data analyze
a. Max stress, strain, load, extension. (mean, sd)
b. Stress-strain curve comparable to the mean
2. PAM data
a. two model
b. Shrink ratio(152mm) ~ EPI+PPI

11.16

2022-11-16 21:48:08 UTC

1. DEA paper

11.7

2022-11-17 13:48:14 UTC

1. Fiber extrusion
2. Pneumatic origami

11.21 - 11.25

2022-11-21 14:52:52 UTC

1. Wind stage
2. Electrostatic organization
3. DEA paper
4. Fiber extrusion
5. Pneumatic origami
6. Multi-head UV light
7. Paper outline of pneumatic origami

11.21

2022-11-21 14:57:50 UTC

1. Pneumatic origami
a. Origami tube
b. Add weight (Dr. Ghosh)
2. Looking for multi-head UV light

11.28-12.3

2022-11-28 13:36:35 UTC

1. Wind stage
2. Electrostatic organization
3. DEA paper
4. Fiber extrusion
5. Pneumatic origami
~~6. Multi-head UV light~~
7. Paper outline of pneumatic origami
8. Figure of PAM review

11.28

2022-11-28 13:39:32 UTC

1. Multi-head UV light
2. Pneumatic origami paper outline
3. Pneumatic origami testing
4. Data analysis of PEG fiber

11.29

2022-11-29 17:44:07 UTC

1. DEA paper
2. Pneumatic origami paper outline
3. Figure of PAM review

11.30

2022-11-30 16:17:05 UTC

1. Electrostatic paper
2. PAM figure

1.3

2023-01-03 13:55:36 UTC

1. Write the abstract of AATCC.
2. Read magnetic actuator article
3. Question of CMI interview

1.2-1.6

2023-01-03 15:20:19 UTC

1. Abstract of AATCC
2. Magnetic proposal
3. CMI interview

1.17-1.20

2023-01-17 16:26:03 UTC

1. Pneumatic origami actuator
2. Place order for CMI project
3. Electrostatic paper (waiting for outline)
4. Magnetic fiber experiment
5. Literature review (waiting response from Emdad)

1.17

2023-01-17 16:26:19 UTC

1. Pneumatic origami paper
2. Schedule for CMI project

1.18

2023-01-18 14:48:01 UTC

1. Magnetic fiber extrusion (explore minimum concentration).
2. Place order for CMI

1.23-1.27

2023-01-23 14:15:43 UTC

1. Pneumatic origami actuator
2. Place order for CMI project
3. Electrostatic paper (waiting for outline)
4. Magnetic fiber experiment
5. Literature review (waiting response from Emdad)
6. Hydrogel literature
7. Medical device

1.23

2023-01-23 14:18:43 UTC

1. Search 3D printing hydrogel article
2. Search LVAD article
3. Meeting for Bioreactor project(CMI)
4. Organize material
5. Magnetic principle

1.24

2023-01-24 14:56:31 UTC

1. Smart textiles slides
2. Meeting for LVAD project(CMI)
3. Pneumatic origami actuator.
4. Place the order for UV connector

09/05/2024

rwseever — 2024-09-05 17:27:14 UTC

Complete interest meeting slides
Room reservation for September 18th
Class from 11:45am - 3:00pm
Inquiry about FSSC Registration
Compile FSSC meeting notes
Send Follow-up email FSSC meeting w/ resources
Task list for Tongue Project
Task list for Knee Brace Manuscript

09/06/2024

rwseever — 2024-09-05 21:53:11 UTC

Task list for Tongue project
Task list for Knee Brace manuscript
Check eyewash station
Measure Knee brace torque on MTS

09/09/2024

rwseever — 2024-09-09 15:29:52 UTC

Schedule FSSC meeting
Analyze/graph initial raw MTS data
Begin MTS tests at various pressures

09/10/2024

rwseever — 2024-09-11 14:47:46 UTC

Reserve room for FSSC meeting
Class from 11:30am -3:00pm
Run FSSC Meeting
Meeting with Dr. Joines
Reserve room for group meeting and start FSSC followup email

09/11/2024

rwseever — 2024-09-12 15:23:16 UTC

Sent follow up from FSSC meeting
Finalized Research plan
Compiled work from the week for group meeting
Tested tensile performance of FPAM Bundle
Group Meeting
Began summary document of Brace torque testing

09/12/2024

rwseever — 2024-09-12 15:30:09 UTC

Complete Torque resting summary document
Reccuring reservation for Group meeting
Coordinate lab visit with Shayleigh
Forward Research plan
Began torque resting on single FPAM and Bundles

09/13/2024

rwseever — 2024-09-13 16:36:46 UTC

Write Discussion of tongue body materials
Test single and bundled FPAM tensile performance
Add data to document
Completed data analysis for knee brace torque testing

09/16/2024

rwseever — 2024-09-16 17:25:21 UTC

Group meeting rescheudle
Fiber Society student chapter meeting agenda and room reservation
Tongue stage design

09/17/2024

rwseever — 2024-09-17 19:00:33 UTC

NCSFS Meeting
NCSFS Meeting recap and Bulletin information
Compile work in Group meeting slides
Add FPAM testing to Gait lab report
Test portable pump with Pneumatic Actuators

09/18/2024

rwseever — 2024-09-18 14:37:31 UTC

Forward actuator and knee brace report to gait lab
Write Manuscript section on Knee brace Design
Final prep for group meeting

09/19/2024

rwseever — 2024-09-20 18:15:00 UTC

Class 11:45 - 3:00pm
Prep Srijan's print file
NCSFS flyer edit and distribution
NCSFS meeting schedule

09/20/2024

rwseever — 2024-09-20 19:46:58 UTC

Assist Srijan with 3D printing
Calculate FPAM load for lymphatic compression (60mmHg)
Edits to previous writting sections
ASSIST Poster
Setup Knee Brace for reproducability testing (re-tensioned FPAM)

09/23/2024

rwseever — 2024-09-24 17:17:40 UTC

Soft tongue body re-design
Began Mold design based on tongue body