Short Course in ANSYS & Course Content

 

Course Description

By quickly getting up to speed, as well as using best modeling practices, the ANSYS Essentials course ultimately ensures maximum efficiency and productivity for all ANSYS users. New CAD users, seasoned users of other CAD systems and veteran ANSYS users can all benefit from Essentials and Professional training. Real life case studies are used to illustrate processes, teaching everything you need to know for building finite element analysis regarding structural, thermal, vibrational and CFD Modules.

Training Objectives:

This curriculum is designed to deliver mechanical designing skills in Ansys to the youngster’s literate to even Bachelor, DAE/B-Tech level. This training will effectively groom them and make them knowledgeable enough to pass the interviews for mechanical designing jobs and thus enter the designing industry as groomed professionals.

The one-month training that will enlighten the trainees about processes going on in the industry and will increase their knowledge and skill level enabling them to join any other mechanical designing industry player with a prior work experience.

Certification

We are offering certification of ANSYS provided by KICS UET Lahore

Requirements

• Basic knowledge of Windows
• Education Level: B.Sc. Engineering
• Basic English Understanding

Advantages

1. Live project end to end software testing training Included.
2. Information packed practical training starting from basics to advanced testing techniques.
3. Learn Software Testing and Automation basics from a professional trainer from your own desk.
4. Practical assignments at the end of every session.
5. Course content designed by considering current software testing technology and the job market.

Ansys Course Outline

Introduction of Ansys Intro to modelling GUI of ANSYS Material Handling & Definition (Customized Material settings) Intro to modelling Overview on meshing 1D meshing using ANSYS Solving Beam problems Basic physics behind the meshing Solid Modelling 2D & 3D

Structural Analysis (Static & Transient) Structural Analysis (Static & Transient) Theory of Materials, Different Analysis and Basic equations & Laws Complete Simulation Analysis on 3D Bodies Stress, Strain, Error, Factor of Safety and Deformation (Total & Directional) Results optimization and Report Generation

Thermal Analysis (Static & Transient) Thermal Analysis (Static & Transient) Thermodynamics Theories and Fourier Laws Conduction Convection Radiation Thermal and Mixed boundary Examples

Model Analysis Model Analysis Coupled Structure Joints Springs Assembly Structure Analysis

Meshing Theories (2D & 3D) Theories of Meshing and types Element Types (cont.)-properties, meshing 2D & 3D meshing Advanced meshing and Techniques Modelling Using Axisymmetric Element Types-classification, properties Finalizing FE model for Analysis Creating Quality Mesh

Computational Fluid Dynamics CFD Analysis (2D & 3D) Theory of Computational Fluid Dynamics CFD Post Analysis Fluent Analysis (2D & 3D)