ONE WEEK WORKSHOP ON FEA using ANSYS MECHANICAL WORKBENCH

COURSE FEE: RS 8000/-

Starting 16 May 2022

Time: 6:30pm - 8:30pm

WHO THIS COURSE IS FOR

Students, Research Scholars and Engineering faculties who are willing to learn Ansys software

Engineering Students who want equip themselves with industry demanding Finite Element Analysis software skills

Engineering students who want to implement ANSYS Mechanical Workbench for their final year mini-project and main projects

Ansys Mechanical is a commercial software package which helps an engineer to solve structural problems in a smoother fashion and come up with design conclusion at a faster pace. Ansys package helps you to customize your solution as per your requirement and automate and parameterize the solution for faster results.

Ansys Mechanical is industry best structural simulation tool to start your venture into Finite Element Analysis (FEA), which is the building block of virtual analysis and simulation. After completing this course, you will be able to do a complete structural analysis from the scratch till the end including Pre-Processing and Post-Processing. This course will take you through linear structural analysis, basic dynamic analysis, and basic non-linear problem definition along with model preparation, meshing and model (CAD) clean-up. You will have a stable foundation to pursue structural simulations of your own custom problem along with the knowledge of techniques to improve the quality of your results.

What will I learn?

• Completely execute a static structural analysis in Ansys Mechanical from scratch till the end
• Understand the conditions that are important for developing a complete analysis model
• Understand and execute basic geometry control, import & export, selection, property definition, assigning conditions such as load, fixtures etc, and processing the results
• Understand how to validate the results and the importance of it in an analysis

When you complete the course, you will know

• Pre-processing and post-processing common analysis types such as static structural, modal, and steady-state thermal
• CAD interaction
• Mesh control
• Connections
• Boundary Conditions
• Multi step analysis
• Parameters
• Basic Nonlinear procedures and diagnostics
• Basic Contact formulations and characteristics
• Modal analysis
• Harmonic analysis
• Random Vibration (PSD) analysis
• Response Spectrum Analysis
• Transient Structural Analysis
• Apply appropriate damping
• Steady-state Thermal analysis
• Transient Thermal analysis
• Phase change analysis
• Nonlinear thermal analysis
• Coupled thermal-structural analysis
• Implementation of APDL command objects within Mechanical
• Type of Heat transfer Covered, Conduction, Convection and Radiation