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8/8/2019 Extencore Training Brochure
http://slidepdf.com/reader/full/extencore-training-brochure 1/2
ANSYS
Hypermesh
Gambit & Fluent
SolidWorks
Pro-engineer
Catia-V5
Training Center for
CAE - CFD - CAD
Cover Page
Abo
Exte
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Aut
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NALANDAINS
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)
1 Page
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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
info@extencore.com info
C
8/8/2019 Extencore Training Brochure
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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
3 Page
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
PRO
Cat
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