ANSYS

Finite element analysis means simulating nature, therefore giving you insight into the world you live in and enriching your life. This course, Introduction to ANSYS, is an introduction to using ANSYS finite element software. First, you will start by modeling a lifting lug component and solve your first 3D finite element model. Then, you will explore the user interface, creating your first 3D model, and setting up the loads and boundary conditions. Finally, you'll view the results and ensure the safety of the component under the given loads. After watching this course, you'll know the basics of how to navigate through the ANSYS interface and be equipped with the tools to develop and analyze your own models. Software required: ANSYS v17.0. The mission of the Ansys training program is to maximize the productivity of every Ansys user. The Ansys state-of-the-art simulation solution enables innovative and groundbreaking product development when used at its full strength. Ansys Training offers you everything from “Getting Started courses” to deep dive learning topics. The Ansys Training Curriculum is designed to shorten your learning curve, sharpen your skills and keep you up-to-date with the latest technology.

Program Details

This high-end software training includes some of the major portions used in analysis.

Fresh & Tenured Engineering Graduates


Design & Analysis Engineers


Design Engineers


All tenured & fresh technology graduates



  • Course Overview
  • Starting ANSYS Workbench
  • Interface Overview
  • Units
  • CAD Import
  • Engineering Data
  • Creating Your First 3D Model
  • Design Modeler Interface
  • Modeling the Base
  • Modeling the Lifting Lug
  • Modeling the Bolts
  • Starting the Mechanical Interface
  • Assigning Materials
  • Creating Connections
  • Meshing
  • Boundary Conditions, Loads, and Solving the Model
  • Viewing the Analysis Results
  • Results Toolbar
  • Legend Controls & Safety Factor
  • Scoping Results
  • Convergence
  • Refining the Model
  • Optimization Techniques
  • Preparing the Model
  • Defining Parameters
  • Setting up Direct Optimization
  • Optimization Results & Course Conclusion
  • Training is conducted in Design Lab with hands on practical.
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