ANSYS Mechanical Structural Nonlinearities
| Date | September 17, 2013 - September 19, 2013 (3 days) |
| Location | ANSYS, Inc.
15915 Katy Freeway
Suite 550
Houston, TX 77094
United States
PHONE: 1-281-398-6113
FAX: 1-281-398-6061
www.ansys.com
info@ansys.com |
| Fee | $1,800 US Dollars |
| Registration | CLICK HERE |
Please register your intent to attend as early as possible. Payment is not required until the class and/or your registration has been confirmed. Do not make your travel arrangements until you receive your confirmation.
More Information:
Prerequisites
- A technical education and background is recommended but an engineering degree is not required.
- Completion of the ANSYS Mechanical Introduction course.
Overview
ANSYS Mechanical Structural Nonlinearities is a training course for engineers that need to perform structural nonlinear analyses using the ANSYS Mechanical. This course is intended for users who have taken the ANSYS Mechanical Introduction course and who are already familiar with the procedures for performing a linear static analysis in ANSYS Mechanical.
After completing the course, students should be able to perform, in ANSYS Mechanical, a nonlinear structural analysis.
Course Description
The course introduces the nonlinear solution procedure and covers how to setup a structural nonlinear analysis, define nonlinear solution options, and review the nonlinear results. Advanced contact analysis procedures are discussed for simulating contact between two or more solid bodies. In addition, metal plasticity, hyperelasticity (including curve-fitting tools to help translate experimental data to strain energy density function coefficients), how to diagnose non-convergence problems, and how to interface with ANSYS are also covered in the training course.
Course Topics Include:
- Structural Nonlinearities
- Advanced Contact
- Metal Plasticity
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- Hyperelasticity
- Nonlinear Diagnostics
- Accessing ANSYS Options
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Each course chapter is followed by "hands-on" workshops and exercises.
Recommended Follow-on Courses (which is dependent upon the student's interests and applications)
- Heat Transfer
- Dynamics
- Rigid Body Flexible Body Dynamics
- Using Command Objects
Additional Course Dates and Locations