ANSYS

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About Course

Unlock your career potential with Vidhun LEarnify’s 2-Month ANSYS Training Program, designed to master the art of Simulation-Driven Product Development With 4 Live Classes & a Doubt session Every Week.

In today’s engineering landscape, Companies are looking for professionals who can leverage simulation & analysis to drive product innovation & reduce physical prototyping. ANSYS is a skillset that can open doors to exciting career opportunities in industries such as aerospace, automotive, energy, healthcare, and industrial equipment manufacturing.

By mastering ANSYS, you’ll gain expertise in: Multiphysics Simulation , Analysis, Structural, Thermal & Fluid Dynamics Analysis, Design Exploration, Data Analytics & Visualization.

Our comprehensive program covers the entire Ansys Workflow, From Setup To Simulation, And Provides Hands-on Experience With Real-world Projects.

Upon completion, receive: Multiple Certifications, Guaranteed Internship At Our Partner Companies & A Portfolio Of Projects Showcasing Your Ansys Skills.

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What Will You Learn?

  • Understanding of ANSYS' simulation capabilities.
  • Proficiency in ANSYS software for modeling & analysis.
  • Skills in simulation setup, results interpretation, & design optimization.
  • Ability to evaluate performance & generate reports.
  • Knowledge of integrating ANSYS with other engineering tools.
  • Understanding of best practices for real-world applications.
  • Ability to troubleshoot & debug ANSYS models.

Course Content

WEEK- 1
Overview of FEA and its applications Core concepts of FEA and mechanical terminology FEA solution process and verification / validation

WEEK- 2
Understanding ANSYS Environment and Tools Installation and user interface of ANSYS Engineering data and design modeler Design modeler and part creation Meshing in ANSYS

WEEK- 3
Advanced meshing techniques and mesh quality Static structural analysis and loads/supports/boundary conditions 1D, 2D and 3D static structural analysis Multi-dimensional analysis and module assignment review

WEEK- 4
Project- 1 Objective: Static Structural Analysis of a Truss, Beam, or Bracket Skills Applied: Static Structural Analysis, Load Application, Boundary Conditions, 1D/2D/3D Analysis

WEEK- 5
Introduction to modal analysis and natural frequencies Harmonic response and frequency analysis Solving and analyzing modal problems

WEEK- 6
Introduction to thermal analysis and types Steady-state and transient thermal analysis Thermo-structural analysis and setup Solving real-world thermo-structural problems

WEEK- 7
Introduction to buckling analysis and concepts Eigenvalue buckling analysis and interpretation Advanced non-linear analysis techniques Solving non-linear problems and applications

WEEK- 8
Project- 2 Objective: Comprehensive Multi-Physics Simulation (Thermo-Structural or Modal-Buckling Analysis) Skills Applied: Thermal Analysis, Structural Analysis, Coupled Analysis, Multi-Physics Integration

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