Effects of Post-Workout Nutritional Intervention during Resistance Training
Mentor 1
Thomas Wetter
Mentor 2
Annie Wetter
Location
Union Wisconsin Room
Start Date
24-4-2015 10:30 AM
End Date
24-4-2015 11:45 AM
Description
Using finite element modeling with ANSYS we studied the mechanical response of clamped square membranes made from polycrystalline silicon and silicon nitride. We used different loading conditions, in order to study the elastic properties of the membranes. These results are compared with experimental data collected by collaborators to determine elastic constants that are used as input materials parameters in the simulations. The extremely high aspect ratio of these thin membranes makes it difficult to achieve an efficient meshing of models. We discuss these challenges and the results of our simulations as well as comparisons with experimental data.
Effects of Post-Workout Nutritional Intervention during Resistance Training
Union Wisconsin Room
Using finite element modeling with ANSYS we studied the mechanical response of clamped square membranes made from polycrystalline silicon and silicon nitride. We used different loading conditions, in order to study the elastic properties of the membranes. These results are compared with experimental data collected by collaborators to determine elastic constants that are used as input materials parameters in the simulations. The extremely high aspect ratio of these thin membranes makes it difficult to achieve an efficient meshing of models. We discuss these challenges and the results of our simulations as well as comparisons with experimental data.
