Analysis of a disk made of 4 different material layers
Altair EmployeeHi,
I am learning Hypermesh using the tutorials. I am interested in the analysis of a disk made of 4 different material layers. I want to optimize the thickness of 2 of these material layers in order to get minimum stresses in the disk. One of the approaches I know is modelling the whole disk a number of times with different material layer thicknesses and then analyzing to decide which thicknesses work the best.
Since this is very time consuming, I would like to know if there is a simpler way to do this.
Thanks in advance!
AB
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Altair EmployeeThanks Rahul. I will solve this and some other OptiStruct tutorials and try. Where can I get the information about objectives, linking the design variables, responses etc?
Altair EmployeeAB
There are many sources, you can choose those that are convenient for you,
It is best you start with
User's Guide > What is Altair OptiStruct? > Design Optimization > Size Optimization
User's Guide > What is Altair OptiStruct? > Examples > Example Problems for Size Optimization
You can also see the training centre tutorial on this
http://training.altairuniversity.com/structural/optimization/size-2/
The resource library in the main altair hyperworks website and the laltair enlighten website are also good sources when you progress.
AB,
You need to use the optimization tool OptiStruct instead of just FE Analysis,
Use size optimization where the properties of structural elements such as shell thickness, are modified to solve the optimization problem with an objective such as reducing stress.
You can always distinguish the material layers using different properties that will be assigned to these layers,
RADIOSS, MotionSolve, and OptiStruct Tutorials > OptiStruct > Size Optimization > OS-4010: Size Optimization of a Welded Bracket is a very good place to start for you as the model is optimized to minimize stress.