Ansys Training Course

Ansys Online Training Course cover simulated computer models of structures, machine components to simulate strength, toughness, elasticity, temperature distribution, fluid flow, and other attributes.

  • 25000
  • 30000
  • Course Includes
  • Live Class Practical Oriented Training
  • 90 + Hrs Instructor LED Training
  • 45 + Hrs Practical Exercise
  • 35 + Hrs Project Work & Assignment
  • Timely Doubt Resolution
  • Dedicated Student Success Mentor
  • Certification & Job Assistance
  • Free Access to Workshop & Webinar
  • No Cost EMI Option


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What you will learn

  • Working of Finite Element Modeling (FEA)
  • Implementing bottom-up and top-down construction in basic and advanced Solid Modeling
  • Creating geometric entities and work planes
  • Importing solid models and IGES files
  • Meshing the solid models and defining its generation and density
  • Applying loads in different disciplines
  • Static and Advanced Structural Analysis
  • Setting the analysis preferences among different types of thermal analysis
  • Setup problem using different CFD tools such as Fluent, CFX, ICEMCFD, Design modeller, Ansys meshing etc
  • Comparison of experimental or analytical data or available high quality CFD data to your own CFD analysis
  • Should be able to solve any CFD problem from starting to final results.

Requirements

  • The candidates with basic understanding of mechanical drafting or designing. A basic Knowledge on Finite Element Method and Strength of Materials is Good

Description

|| About Ansys Training Course

ANSYS Online Training course imparts the skills to develop the product design and use the simulation methods to solve the most challenging product engineering problems. This training allows users to analyze large product models before actual manufacturing. The participants explore about the software’s new innovations, including pre-processing functionalities; coupled physics capabilities; and high-performance computing advancements. The learning curve expands and allows the candidates to accomplish multi physics workflows in structural, electromagnetics and thermal domains.

Course Content

Lecture-1 Introduction to FEA

·      Introduction to FEA

·      General Working of FEA

·      Nodes, Elements, and Element Shapes

·      General Procedure of Conducting Finite Element Analysis

·      FEA through ANSYS

·      Effective Utilization of FEA

·      FEA Software

·      Advantages and Limitations of FEA Software

·      Practical Exercise              

Lecture-2 Key Assumptions in FEA

·      Assumptions Related to Geometry

·      Assumptions Related to Material Properties

·      Assumptions Related to Boundary Conditions

·      Assumptions Related to Fasteners

·      Practical Exercise              

Lecture-3 Types of Analysis

·      Structural Analysis

·      Thermal Analysis

·      Fluid Flow Analysis

·      Electromagnetic Field Analysis

·      Coupled Field Analysis

·      Practical Exercise              

Lecture-4 Important Terms and Definitions

·      Strength

·      Load

·      Stress

·      Strain

·      Elastic Limit

·      Ultimate Strength

·      Factor of Safety

·      Lateral Strain and Poisson’s Ratio

·      Bulk Modulus

·      Creep

·      Engineering Materials

·      Practical Exercise