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Linear static stress analysis is the most common type of FEA. Even if you
initially plan on doing a dynamic or nonlinear analysis you will normally start
with a linear static stress analysis. If the device, or the FEA model of the device,
can't survive a linear static stress analysis its problems have to be fixed before
moving on to more complex, time consuming, and expensive dynamic or nonlinear
analyses. Sometimes the linear analysis results will indicate the need to do a
dynamic or nonlinear analysis.
Click on the image below to see the FEA model
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Oceanographic Instrument Housing
DeepSoft created the mechanical design with Autodesk
Inventor
DeepSoft created the FEA model and the FEA with Femap & Nastran |
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Nuclear Waste Vitrification Melter Base
Client created the mechanical design with AutoCAD
DeepSoft created the solid model with Mechanical Desktop
DeepSoft created the FEA model and ran the FEA with Algor FEA & InCAD |
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