ANSYS WB


One of the most popular FEA tool which simulates the product under the product’s operating condition

Course Overview

ANSYS Workbench is a vastly used general-purpose engineering analysis that uses virtual simulation technology to solve many different engineering problems in the industries. ANSYS supports delivering high quality products with the help of simulation and also provides better results in lesser time. CAD DESK delivers the best classroom training for ANSYS WB, which has been designed in such a way that it will give a complete understanding and working of various tools in the software.

ANSYS WB training course let the learner understand not only the basics of ANSYS but also highlights the concepts of Finite Element Analysis (FEA) and Finite Element Modeling (FEM). CAD DESK delivers the best CAD, CAM, and CAE software training in India. While doing the software training, students get an option to do Internship and develop their skills by working on projects. Also, they can go on various industrial visits with their trainers to gain practical knowledge of their software, which eventually helps them in building their career.

CAD DESK also provides Placement assistance to their students through which students get an opportunity to be placed and work in various companies in India. While doing CAD coaching classes, students get many other facilities including books, e-books, tutorials, and projects along with their student panel. CAD DESK students also get an additional benefit of a transfer facility through which they can move to any of our CAD franchise centers in India; even if they are enrolled at CAD DESK Mysuru or at any other center. After finishing the ANSYS WB software training, CAD DESK students get a certificate of course completion that gives a great boost to their career in the future.

Courses Contents

Introduction to ANSYS WB
Introduction to FEA
GUI of ANSYS WB
General Procedure of Conducting FEA
Types of Analysis
Adding materials into the current library
Adding new material
Create and Import Geometry
1D Analysis
2D Analysis
3D Analysis
Mesh Generation
Global Mesh Settings
Local Mesh Settings
Defining Manual Contacts
Defining Joints and Joints Loads
Static Structural Analysis
Modal Analysis
Steady-State Thermal Analysis
Transient Thermal Analysis
Thermal-Structural Coupling
Buckling Analysis
Explicit Dynamics
Rigid Dynamics
Parametric Study
Design Optimization
Topology Optimization
Report Generation
Viewing the Results