This course helps students understand static analysis from elementary level. Students analyze CAD designs using existing SolidWorks part models. Such a structural analysis allows the determination of effects such as deformations, strains, and stresses which are caused by applied structural loads such as force, pressure and gravity. These results can then be studied using visualization tools within the FEA environment to view and to fully identify implications of the analysis.
Classroom: 3 sessions, 7 hours each
Virtual Classroom: 6 sessions 3-1/2 hours each
Prereqs:
Some experience modeling with SolidWorks
Topics Covered
Pre processing : defining the finite element model and environmental factors to be applied to it
set up boundary conditions
use/create material libraries
understand mesh types/uses
Analysis solver (solution of finite element model)
Advantages/uses of different solvers
Post-processing of results
using visualization tools
compare results from multiple analysis
FEA modeling strategy
Run parametric studies
Analyze assemblies with gaps, contact and friction
Simulate bolts / springs / pins / hinges
Failure conditions
Convergence and accuracy
At Course Completion
Students will have a strong understanding of how to utilize the tools in SolidWorks Simulation to improve their designs.
Course Materials
The SolidWorks Simulation training guide will be supplied at the beginning of class and is yours to keep.
Price Single Student - $1495.00 or 5 Professional Development Credits May be available as part of Catalyst or Professional Development Programs
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