Optimization Analysis using Ansys-تحليل التصميم الأمثل

This session covers the following:
1-Full stressed design method
2-Optimization problem statement
3-Gradient based methods
4-Design of experiments (DOE)
5-Size, shape, and topology optimization
6-Types of optimizer
7-Conducting optimization to real life application

Conducting optimization analysis to static analysis application.
1-Deciding input & output variables
2-What if analysis
3-Design points
4-DOE
5-Defining boundaries
6-Response surfaces
7-Sensetivity graphs
8-Defining objective function and constrains.
9-Validate the candidates

Conducting optimization analysis to static analysis application.
1-Deciding input & output variables
2-What if analysis
3-Design points
4-DOE
5-Defining boundaries
6-Response surfaces
7-Sensetivity graphs
8-Defining objective function and constrains.
9-Validate the candidates

Conducting optimization analysis to dynamic analysis application.
1-Deciding input & output variables
2-What if analysis
3-Design points
4-DOE
5-Defining boundaries
6-Response surfaces
7-Sensetivity graphs
8-Defining objective function and constrains.
9-Validate the candidates

Conducting optimization analysis to multi-disciplinary application.
1-Deciding input & output variables
2-What if analysis
3-Design points
4-DOE
5-Defining boundaries
6-Response surfaces
7-Sensetivity graphs
8-Defining objective function and constrains.
9-Validate the candidates

This session focuses on topology optimization analysis for simple I-beam structure.
Generating the optimum topology and validate it.

This session focuses on linking Ansys to an external optimizer (Mode Frontier)

This session focuses on working with script files on Ansys.
1-Journal files .Wbjn
2-Geometry script files .js
3-Send command
4-Apdl script
5-Running script files

This session focuses on working with script files on Ansys. 

1-Working with Batch command
2-Linking Ansys script to an external optimizer (Mode Frontier)