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OPT 101 | Ansys DesignXplorer Training Course
The Engineering ‘Blueprint’ Optimization Application
Ansys Design Optimization Training
Ansys DesignXplorer, an engineering ‘blueprint’ optimization application, incorporates both traditional and nontraditional optimization through goal-driven methodologies. OPT 101 is a paid training course.
Prerequisites:
*Must have completed one of the following three courses:
➤ FEA 101 Workbench Mechanical Introductory
➤ CFD 101 Fluent Introductory
➤ CFD 102 CFX Introductory
Course Overview:
DesignXplorer is an Ansys Workbench application that uses the parametric and power of Workbench for parametric analyses allowing for a user to explore, understand, and optimize the model design.
Who should take this course:
- Beginners who need a comprehensive overview, through an Ansys DesignXplorer Training Course
- Intermediate users who do not have a strong foundation and would like to thoroughly learn basic concepts or refine methods taught during the course.
When you complete the course you will:
- Receive an official certificate of completion with professional development hours that can qualify for the continuing education requirements upon renewal of a PE license in most states.
- Become proficient in:
- Design optimization of a model
- Foundational understanding of both traditional and nontraditional optimization through a goal-driven approach
Register for Ansys DesignXplorer Training
Course Agenda | Ansys DesignXplorer
Module 1: Introduction to DesignXplorer
Workshops: Overview of DesignXplorer, What-If Study
Module 2: Table of Design Points
Module 3: Parameter Correlation
Workshop: Parameter Correlation Analysis on a Beam, Parameter Correlation
Module 4: Response Surface Optimization
Module 5: Details of Design of Experiments
Workshop: Design of Experiments
Module 6: Details of Response Surface
Workshop: Sparse Grid Method
Module 7: Details of Response Surface Optimization
Workshops: Optimizing Mixing Tank Boundary Conditions, Response Surface Optimization (Support Bracket), Response Surface Optimization (Cylindrical Support), CFX Optimization (Airfoil)
Module 8: Details of Direct Optimization
Workshops: Direct Optimization, Direct Optimization (Steel Sheet Triangle)
Module 9: Six-Sigma Analysis
Workshops: Six Sigma Analysis, Running Workbench in Batch
Module 10: ROM Builder
Workshop: ROM Example for Fluent
