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ANSYS

Hypermesh

Gambit & Fluent

SolidWorks

Pro-engineer

Catia-V5

Training Center for

CAE - CFD - CAD

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2 Page

Drives design to anew dimension

ANSYS

A. Fundamental FEM & Element Technology in ANSYS:

Introduction to FEM & fundamentals of strength of materials

Weak form / Variational formulation

Approximate methods + matrix method

Choice of Trial functions & type of elements

Finite element formulation of 1D Problems

Finite element formulation of 2D & 3D

Finite element formulation of Beams

Isoparametric elements

Training Features 

Renowned Trainers (CEOs, Ph.Ds & M.Techs)

Personalized & Customized Training

Academic Project Assistance

Handling Multiple Domain Projects

Add-On Technologies, Software Modules & Software Updates

International & National Paper Presentation Assistance

Live Project Execution

ISO, DIN, ASME, ASTM, TEMA, IBR, BS & API InternationalStandards Applications

100% Placement Guarantee and Assistance

Global Internship Program

B. ANSYS Basic Options

FEA – what & why?

ANSYS as a FEA tool

Analysis capabilities of ANSYS

ANSYS productsList of industries using ANSYS

Product launcher

Memory management

Picking & plotting

Co-ordinate systems

Logic picking & componentmanager

C. General Analysis Procedure

Analysis type

Modeling & IGES imports

Element type

Material properties definition

FE modeling

Loading & constraints

Review results / Postprocessing & validation

D. Solution

Solvers

Multiple Load Steps

E. Post Processing

Path operations, Query picking, Error estimation

Result coordinate system, Load case combinations

Variable viewer (Time history postprocessor)

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F. Structural Analysis

Element type & material properties

Defining loads & constraints

Linear vs. Non linear analysis

Review of results

Problems on 1D, 2D, 3D & using Shell elements

G. Thermal Analysis

Element type & material properties

Thermal loading & temperature constraints

Steady state & Transient analysis

Review of results

Solving problems on Steady & Transient Thermal analysis

H. Introduction to Multiphysics

ANSYS multiphysics capabilities

Solving Thermal structural problems

Additional multiphysics examples

J. Non-Linearities Overview

What is “Nonlinear” Behavior?

Nonlinear solution using linear solvers

Three types of nonlinearities

Nonlinear FEA issues

General nonlinear analysis procedures

M. Working with Elements

Element coordinate system

Surface effect elements

Element table

Workshops

Beam modeling

N. Introduction to APDL

Simple analysis examples using APDL

Beam properties

Beam meshing

Loading, solution & results

Application problems

L. Coupling and Constraint Equations

Coupling

Constraint equations

Applications & uses

K. Contact Analysis

Overview.

Basic Concepts

Contact Wizard

Obtaining the solution

Post-Processing

Assembly Contact

Contact Overview

I. Dynamic Analysis

Modal Analysis

Harmonic Analysis

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Hypermesh

A. Fundamental FEM and Element Technology in Hypermesh:

Introduction to FEM & fundamentals of strength of materials

Weak form / Variational formulation

Approximate methods + matrix method

Choice of Trial functions and type of elements

Finite element formulation of 1D Problems

Finite element formulation of 2D & 3D

Finite element formulation of BeamsIsoparametric elements

B. Introduction to Hypermesh

Hypermesh Window

Graphics area, Header bar, Main menu, Macro menu, permanentmenu, toggles

Opening a database file, Displaying Element.

File Panel, Collector Panels

Creating geometry-Creating nodes-editing nodes-Line & lineedit

Geometry cleanup

Defeature panel

Mid Surface Extraction, Fe-surface

C. 1D Meshing

1D Mesh-Bar, Rod, Rigid, Spot weld, Rbe3, spring, Gap, FE Joints

D. 2D Meshing

Auto mesh panel

Manual Meshing option-Spline,Skin, Drag, Ruled

Element Offset, Replace, Quality Index

E. 3D Meshing

Drag, Spin, Line Drag, ElementOffset, Morphing

Linear Solid, Solid Mesh, SolidMap, Tet Mesh, Hex Mesh

F. Introduction to Tool Page

Organize Element, Split Element, Replace. Delete Element

Mask Element, Translate-Reflect-Project-count-Number-Renumber

Edges, Faces, Normal, Check-element- Duplicate element

G. Quality Check for 2D/3D Element

Check Element-aspect ratio jacobian, warpage

Edges

Faces

Features

Normal

Duplicates

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Drives design to anew dimension

I. Exporting FE Data to Various solvers like Abaqus, Ansys,Nastran

H. Introduction to Analysis & Deck Generation

Giving Boundary Conditions

Create/edit collectors-component, property, material, section,& load

Load application force, Pressure, Velocities, Moments, & Constraints

CFD - Gambit & Fluent

A. CFD Theory Overview:

Revisiting CFD Fundamentals:- Fluid Mechanics, Heat Transfer,Mathematics & Numerical Methods

Derivation of Navier Stokes Equation

Solution Techniques: Finite Element, Finite Difference, & FiniteVolume Methodologies

Detailed Formulation using Finite Difference & Finite VolumeMethods

Steps in CFD (Geometry & Grid Creation), Solving & Postprocessing

Impact of Grids, Schemes & Boundary Conditions on Solution

Turbulence Modeling: Physical nature of Turbulence, Concept of Modeling & solution Strategies

Advance Numerical methods implemented in Commercial CFDtools

B. Gambit

Exploring Gambit GUI

Geometry Modeling using GAMBIT

Edge & Face Meshing using GAMBIT

Volume Meshing using GAMBIT

Clustering using Sizing functions & boundary layer

Mesh quality & quality parameters

CAD repair for Meshing

Structured Grid Generation

Unstructured Grid Generation

Adaptive, Moving & Hybrid Grids

4 Page

C. Fluent

Exploring GUI

Data & process flow

Basics of Solver

Boundary Conditions

Solver Mathematics

Turbulence Modeling

Conjugate Heat Transfer (CHT)

Combustion Modeling

Multiphase Modeling

Chemical Fluid Mixing Simulation

Solving Turbo Machinery problems

Parallel & Distributed Computing

Aerospace Simulation

Automobile Simulation

Post Processing of results

CFD - ANSYS CFX

Introduction to CFD with respect to CFX

Basic CFD Theory related to the software

Modeling Using Design modeler in the workbench environment

Workshops on design modeler

Meshing using physics based meshing tool in the workbenchenvironment

Workshops on meshing

Introduction to CFX

Preprocessor-CFX-pre

Solver-CFX-Solver

Postprocessor-CFX-Post

Workshops on Basic Heat transfer & fluid flow

Validation Problems on Basic Heat transfer & fluid flow

Specific topics depending on the area of interest like heattransfer/multiphase/combustion/turbo etc

Sol

5 Page

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