Problem Description
The preliminary design of the ATV Foot Peg must be completed as soon as possible and must meet the given structural requirements. The design must not exceed the material yield strength under loading and it must not deform in a manner causing interference with other parts of the vehicle.
The preliminary design of the ATV Foot Peg must be completed as soon as possible and must meet the given structural requirements. The design must not exceed the material yield strength under loading and it must not deform in a manner causing interference with other parts of the vehicle.
An initial static analysis of the Foot Peg has been completed (Workshop 2). To assist in our design iterations, we need to activate CATIA Knowledgeware capabilities to provide immediate feedback on the critical analysis parameters.
Suggested Exercise Steps
Open the existing document for the Foot Peg static analysis.
Create analysis sensors for maximum displacement and maximum stress.
Create a knowledge rule for maximum displacement.
Create a knowledge check for maximum stress.
Modify the Foot Peg design to meet requirements.
Compute the analysis for the modified design.
View results.
Suggested Exercise Steps
Open the existing document for the Foot Peg static analysis.
Create analysis sensors for maximum displacement and maximum stress.
Create a knowledge rule for maximum displacement.
Create a knowledge check for maximum stress.
Modify the Foot Peg design to meet requirements.
Compute the analysis for the modified design.
View results.
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