https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh Grade 11 - Provincia Hiberniae(Group7) en-us 2020-11-20 02:18:00 UTC 2025-12-13 02:58:51 UTC hello@padlet.com https://padlet.net/icons/png/1f92b.png quinonesronaldcsashs https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944209682 Checking calculation method for stability of building foundation under earthquake action 2015Chen Jian ,Sun Xiaoying ,Lyu Fei.  A research by Chen Jian ,Sun Xiaoying ,Lyu Fei (2015) was conducted to see if there calculation method of building foundation under earthquake action works. The researchers based on their respective research have a certain calculation method wherein they can check the stability and foundation of a building if there are certain calamities that are deadly and catastrophic. There are certain methods that the researchers need to follow in order to maintain accurate results and that program is called the ACS SASSI program and that program is utilized for achieving calculation functions such as soil-structure interaction (SSI) and foundation nonlinearity.

]]> 2020-11-20 02:53:43 UTC https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944209682 quinonesronaldcsashs https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944210552 Another research that was similar to theirs was conducted by Shakhraman Jan M A ,Nigmetov G M (2005) wherein they said in their research “In this paper, there is the aspect of soil to make the analysis of the reliability and stability of the foundation of the issues involved temporarily upper structure.” The soil is a major factor when it comes to the stability of the buildings that are large or high.  “According to the theoretical calculating formula of ground bearing capacity in the soil mechanics theory, analyze the major influential factors of building ground bearing capacity in subsidence areas, and they are internal friction angle, cohesive, and foundation base buried depth, especially physical and mechanical properties of soil.”]]> 2020-11-20 02:54:15 UTC https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944210552 quinonesronaldcsashs https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944211259 2020-11-20 02:54:43 UTC https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944211259 quinonesronaldcsashs https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944214664 Shear strength is about the sustainability of the soil to endure the shear stress of magnitude. A research by Mirzababaei et al.(2018), wherein they tried to test if the carpet waste fiber can improve the shear strength of the clay. It is stated in the research that it did create a noticeable results once it has been released in the landfills due to its high volume. It is also indicated in their research that through the results of the experiment they tried to predict the relationship of the shear stress ratio that later on use as a supporting idea in the study. The researchers later on created a model for this research and exhibited the properties that they have used which gathered an excellent mark. ]]> 2020-11-20 02:57:02 UTC https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944214664 quinonesronaldcsashs https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944215220 It has really been a question to most of the engineers whether or not to use green or gray infrastructure in building drainage systems. Green and gray infrastructure has been a center of attraction although one is different from the other it has still gathered the eyes of many. The researchers take in consideration the factors that can affect the complications and the resilience of a drainage system whether it is man-made or natural. The research created by Xin Dong et al.(2017)  where they have created a drainage system which will surpass the different configuration. ]]> 2020-11-20 02:57:22 UTC https://padlet.com/quinonesronaldcsashs/gsou35i2rjsfgfh/wish/944215220