I assign these parameters as if I were applying a function category to the part. These parameters are developed in the master skeleton file, and derived into every related part file. Non-critical thermal loading – ‘SheetThickHeat1’ = SS14GaĬritical thermal loading – ‘SheetThickHeat2’ = SS11Ga (actually, I might not use stainless, but you get the point)īrackets that take a heavy bending load would be assigned a different function parameter than sheet metal parts that don’t. Both groups are going to experience thermal stress, but the inner liner is critical, the insulated outer casing is not. Let’s take a turbine engine bay concept including internal liner shields, and external casing panels separated by an insulator. These form the basis for managing the thicknesses of common sheet metal components based on the environmental factors they will experience, or the funtions they will serve. I have found it to be very good practice to establish function categories in managed parameters, such as ‘SheetThickHeat1’, ‘SheetThickLoad2’, etc. Did you ever need to manage Autodesk Inventor Sheet Metal Thickness parameters from another file? A good example of using this is in Top-Down Modeling.
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