In this lab we used Finite Element Method (FEM) to test the following:
FEA for L-Channel, U-Channel, and Bicycle
In this lab we used Finite Element Method (FEM) to test the L-Channel, U-Channel, and bicycle frame based on assumed loads with static boundary conditions. In doing so we will create illustrative plots of Von Mises stress contours, Displacement contours, and Factor of Safety contours. By completing this analysis we will become knowledgeable in static solid and shell elements analysis using Solidworks.
The FEA are done for the following:
Frequency, Optimization, and Thermal using FEA
In this lab we used Finite Element Method (FEM) to test the flywheel using frequency and optimization testes. Afterward we will perform thermal test on a break disk and later a laser disk thermal test. By performing these testes we will obtain different modes of frequencies and its effect on the flywheel. Using the optimization test we will look for the best wheel thickness. As for the thermal test we can analyze the heat that the materials are heated up to. By completing these analyses we will become knowledgeable in frequency, optimization, and thermal analysis using Solidworks.
The FEA are done for the following:
Motion Analysis using FEA
In this lab we used motion study to test the four bar linkage, flywheel, and compound gears. In these testes we will be measuring applying a motor to certain joints or gear to power them a various angular speed. When doing this we also apply friction at time and measure the torque and power output by the motor. By completing these analyses we will become knowledgeable in motion analysis using Solidworks.
The FEA are done for the following:
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