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Dr Norhana explain on the title -  Prediction of Permiability In Porous Scaffolds Based On CFD Simulation.

CFD - Computational Fluid Dynamics

For this session, we are required to design a suitable pore shape for bone scaffold (any bone part) using Solidwork and do simulation using Ansys to study the effect of the design permeability and cells distribution. Ansys software will also simulate the fluid (blood) velocity when passing through the scaffold pores.

Task for this week:
1. Read whole labsheet
2. Read references
3. Find limitation of Ansys simulation ( how many unit cells)
4. Propose suitable design (next week)

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prepared slides for methodology part

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amir and software team have done the cfd on  both scaffold model. Dr suggested to follow previous team and research paper to do on the fluid model bcs the focus is on the inner pore where body fluid would flow.

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Intro, objective
P - Bhavani
S - abdallah

Problem Statement
P- siqi
S-Leena

Literature Review
P - siqi
S - Leena

Methodology
P - diana
S - afiqah

Results
P - siti
S -amir

Discussion
P- siti
S- aisyah

conclusion
P- Leena
S-ABDALLAH

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Requested step explaination from amir on cfd analysis using ansys flow simulation.
Simple discussion on the parameter used results.

https://drive.google.com/drive/folders/1qAzlciKogyexcMSgmKzmzBH2mvyq3wWF

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MUHAMMAD AMIR RUSHAIDI BIN HAIRUL NIZAM A18MB0080

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1.0,2.0,7.0
-Abdallah

3.0,4.0
- Leena

5.0
- afiqah

6.0
-siti
-aisyah

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Software team completed designing scaffold of both scaffold.

encountered problem at meshing stage. dr suggested to refer to previous group method for meshing on ansys

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Software team completed designing scaffold of 300um.

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Discuss on the design of scaffold.

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Dr gave feedback on current design. Can proceed on another model. Chose to manipulate the pore size. 300um and 400um scaffold pore size will be compared.