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Course Overview

Industry tuned analysis course for Mechanical Engineers. Course developed by top IIT & NIT alumni and industry experts. Course gives a technical depth of domains and hands on experience of various CAE tools like Ansys. It includes the projects from various mechanical engineering domains like automotive, aerospace, power generation etc. It also includes soft skills training.

Course Highlights

  • In-depth application based practical training
  • Hands on experience on CAE tools
  • Unique opportunities for placements in FEA and CFD domains

Eligibility

B.E. / B Tech / M.E. / M.Tech in Mechanical / Production / Automobile / Aeronautical Graduate

Duration

6 Months (full time), Monday to Saturday, Six hours a day, Sunday holiday

Courses Contents

  • CAE Software
  • Finite Element Analysis (FEA)
  • Computational Fluid Dynamics (CFD)
  • Design Calculations
  • Ansys
    • CAE Theory
    • Static Structural Linear or Non Linear
    • Thermal Analysis
    • Modal Analysis
    • Contact Analysis
    • Combination of Structural & Thermal Analysis
    • Transient Analysis
  • Basic procedure in FEA
  • Applications of FEA
  • Stiffness matrix formulations
  • Discretisation basics
  • Element formulations
  • Interpolation functions
  • Assembly
  • Non-Linear Finite Element Analysis

Basics of contacts

  • Discretisation schemes (Mathematical)
  • Iterative solver boundary conditions
  • Residuals
  • Accuracy of solutions
  • Convergence
  • Turbulence modelling
  • Wall modelling
  • Advanced concepts in applied and strength of mechanics
  • Fundamentals of dynamics
  • Fundamentals and best industrial practices in engineering design
  • Navier stokes equation
  • Descriptions of boundaries, wall Y+  
  • Internal and external flow
  • Turbulent and Laminar flow

Case studies

  • CAE Analysis
  • CFD Analysis
  • Projects
  • Geometry clean-up
  • 1-D,2-D&3-D Meshing
  • Rigid Body Dynamics (RBD)
  • Linear static structural analysis
  • Non-linear structural analysis
  • Transient structural analysis
  • Modal Analysis
  • Harmonic Analysis
  • Steady state thermal analysis
  • Coupled analysis
  • Result interpretation and validation
  • Grid discretisation
  • Surface mesh
  • Volume mesh
  • Types of mesh
  • Element description
  • Grid quality
  • Boundary condition
  • Result interpretation
  • Pressure vessel
  • Automotive structures
  • Turbo machinery
  • Aerodynamics
  • Heat transfer
  • Multiphase

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    About Course

    Best and industry tunned course for a mechanical engineer.Course developed by top IIT & NIT alumni and industry experts.
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    contactus@cadcambridgeindia.com

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