Mechanical Engineering

ANSYS Training Course

Master FEA, CFD, and simulation with ANSYS - the world's leading engineering simulation software. Learn advanced analysis from industry experts.

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Course Overview

ANSYS is the gold standard in engineering simulation software, used by top companies worldwide for Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), structural analysis, thermal analysis, and multiphysics simulations. Our comprehensive ANSYS training program equips you with the skills to perform advanced engineering analysis and solve complex real-world problems.

This course covers the complete ANSYS suite including ANSYS Workbench, Mechanical APDL, Fluent, CFX, and more. Whether you're a mechanical engineer, design analyst, or R&D professional, you'll learn to simulate structural behavior, fluid flow, heat transfer, and electromagnetic phenomena with industry-standard workflows.

Taught by experienced simulation engineers with expertise in automotive, aerospace, and manufacturing industries, you'll master meshing techniques, boundary conditions, solver settings, and post-processing to validate designs before physical prototyping. This hands-on training prepares you for high-demand simulation engineering roles.

Why Choose Our ANSYS Training?

Industry-leading simulation training with real-world engineering projects

Simulation Experts

Learn from certified ANSYS professionals with 10+ years in FEA, CFD, and multiphysics simulation.

Licensed Software

Train on latest ANSYS Workbench with fully licensed software and high-performance workstations.

Complete Modules

Comprehensive coverage of FEA, CFD, Thermal, Modal, Explicit Dynamics, and optimization.

Industry Projects

Solve real engineering problems from automotive, aerospace, and manufacturing sectors.

Certification

Industry-recognized ANSYS certification that enhances your value in R&D and analysis roles.

Career Support

Placement assistance in simulation engineering roles at leading automotive and aerospace companies.

Detailed Course Curriculum

Comprehensive topic-wise breakdown of the entire ANSYS training program

1 Introduction to ANSYS & FEA

  • Overview of ANSYS Suite
  • Fundamentals of FEA & CAE
  • ANSYS Workbench Interface
  • Project Schematic & Workflow
  • Geometry Import & Preparation
  • Units & Coordinate Systems
  • CAD Integration (SolidWorks, CATIA)
  • Analysis Types Overview

2 Meshing Techniques

  • Mesh Fundamentals & Element Types
  • Tetrahedral vs Hexahedral Meshing
  • Automatic vs Manual Meshing
  • Mesh Sizing & Refinement
  • Mesh Quality Metrics
  • Edge Sizing, Face Sizing, Inflation
  • Mesh Convergence Study
  • Advanced Meshing Methods

3 Static Structural Analysis

  • Material Properties Assignment
  • Boundary Conditions (Fixed, Displacement)
  • Load Application (Force, Pressure, Moment)
  • Solver Settings & Controls
  • Stress, Strain & Deformation Analysis
  • Factor of Safety & Failure Criteria
  • Contact Analysis (Bonded, Frictional)
  • Post-Processing & Result Interpretation

4 Modal & Dynamic Analysis

  • Modal Analysis Fundamentals
  • Natural Frequency Extraction
  • Mode Shapes & Participation Factors
  • Harmonic Response Analysis
  • Transient Structural Analysis
  • Random Vibration Analysis
  • Response Spectrum Analysis
  • Damping & Resonance

5 Thermal Analysis

  • Heat Transfer Fundamentals
  • Steady-State Thermal Analysis
  • Transient Thermal Analysis
  • Conduction, Convection, Radiation
  • Thermal Boundary Conditions
  • Coupled Thermal-Structural Analysis
  • Heat Flux & Temperature Distribution
  • Thermal Stress Analysis

6 Computational Fluid Dynamics (CFD)

  • Introduction to CFD & Fluent
  • Fluid Flow Fundamentals
  • Turbulence Modeling (k-ε, k-ω, SST)
  • Internal & External Flow Analysis
  • Boundary Conditions (Inlet, Outlet, Wall)
  • Pressure, Velocity & Flow Visualization
  • Heat Transfer in Fluids
  • Multiphase Flow & Mixing

7 Advanced Analysis & Optimization

  • Nonlinear Analysis (Material & Geometric)
  • Buckling Analysis
  • Fatigue Analysis & Life Prediction
  • Explicit Dynamics & Impact Analysis
  • Topology Optimization
  • Shape & Size Optimization
  • Parametric Design & DOE
  • Design Validation & Verification

8 Live Industry Projects

  • Automotive Component Stress Analysis
  • Aircraft Wing Structural Analysis
  • Heat Exchanger CFD Simulation
  • Pressure Vessel Design Validation
  • Turbine Blade Vibration Analysis
  • Crash Simulation (Explicit Dynamics)
  • Aerodynamic Flow Over Vehicles
  • Final Capstone Project

Who Should Enroll?

This course is ideal for aspiring simulation and analysis engineers

Engineering Students

Mechanical, Aerospace, Civil engineers seeking advanced simulation and FEA skills

R&D Engineers

Professionals in product development and analysis roles wanting ANSYS expertise

CAD Professionals

CAD users transitioning to simulation engineering and virtual prototyping

Career Switchers

Professionals seeking high-demand simulation engineering roles in automotive/aerospace

Ready to Master ANSYS Simulation?

Join our comprehensive ANSYS training and become a certified simulation engineer