Engineering Simulation: Fundamentals of HyperMesh

GMUSD33

Credits: 2.00

Prerequisites : -

Course Duration : 30 Hours / 12 Weeks

Start Date : 2024-02-28

End Date : 2024-03-20

Seats Remaining : 60

Domain: Mechanical Engineering ( 3rd and 4th year)

BACK

Aim & Summary

The aim of the course is to provide a allows users to import different CAD files from different formats like solid works, IGES and STEP. Users can create meshes of CAD designs with single click and its empowers users to effortlessly manage large and complex models, unveil critical insights, optimize designs and foster innovation. Finite element analysis provides the safe simulation of potentially dangerous or destructive load conditions and failure modes, allowing engineers to discover a systems physical response at any location. In Hypermesh it is pre-processor set up which users can gain the knowledge about meshing, editing the meshing and analysis setup.

Course Content
Week 1	Introduction to CAE: CAE over view and applications , Introduction to FEA.
Week 2	FEA overview and application of FEA, theory of FEA ,
Week 3	Introduction about 1D, 2D and 3D models, introduction about nodes creation, line creation and nodes edit, GUI of hypermesh.
Week 4	Introduction about 1D problems, creation of 1D problem setup and analysis of 1D problems TUTORIAL
QUIZ 1
Week 5	Preparing geometry for meshing, creating and editing line data, ceating and editing solid geometry importing and repairing CAD midsurfaces, Refining topology, Geometry and mesh editing using quick edit panel TUTORIAL
Week 6	Shell meshing, Automeshing – meshing on surface geometry, meshing without surfaces, 2D mesh in curved, QI mesh creation, meshing a model using shrink wrap TUTORIAL
Week 7	Tetra meshing, Method 1 – standard tetra mesh, method 2- volume tetramesh, checking teta element quality, remeshing tetra elements TUTORIAL
Week 8	Creating hexa and penta mesh, creating hex- penta mesh using surfaces, creating hexahedral mesh with the solid map function TUTORIAL
QUIZ 2
Week 9	Assemblies: welding and swapping parts – spot connectors, area connectors bolt connectors, part replacement TUTORIAL
Week 10	Analysis steup – setting up loading conditions, formatting model for analysis TUTORIAL
Week 11	Defining composites, obtaining and assigning beam cross section properties using hyperbeam, working with loads on geometry. TUTORIAL
Week 12	Defining composites, obtaining and assigning beam cross section properties using hyperbeam, working with loads on geometry.
PROJECT REPORT

Course Content

Week 1

Introduction to CAE: CAE over view and applications , Introduction to FEA.

Week 2

FEA overview and application of FEA, theory of FEA ,

Week 3

Introduction about 1D, 2D and 3D models, introduction about nodes creation, line creation and nodes edit, GUI of hypermesh.

Week 4

Introduction about 1D problems, creation of 1D problem setup and analysis of 1D problems TUTORIAL

QUIZ 1

Week 5

Preparing geometry for meshing, creating and editing line data, ceating and editing solid geometry importing and repairing CAD midsurfaces, Refining topology, Geometry and mesh editing using quick edit panel TUTORIAL

Week 6

Shell meshing, Automeshing – meshing on surface geometry, meshing without surfaces, 2D mesh in curved, QI mesh creation, meshing a model using shrink wrap TUTORIAL

Week 7

Tetra meshing, Method 1 – standard tetra mesh, method 2- volume tetramesh, checking teta element quality, remeshing tetra elements TUTORIAL

Week 8

Creating hexa and penta mesh, creating hex- penta mesh using surfaces, creating hexahedral mesh with the solid map function TUTORIAL

QUIZ 2

Week 9

Assemblies: welding and swapping parts – spot connectors, area connectors bolt connectors, part replacement TUTORIAL

Week 10

Analysis steup – setting up loading conditions, formatting model for analysis TUTORIAL

Week 11

Defining composites, obtaining and assigning beam cross section properties using hyperbeam, working with loads on geometry. TUTORIAL

Week 12

Defining composites, obtaining and assigning beam cross section properties using hyperbeam, working with loads on geometry.

PROJECT REPORT

Course Certification

Certificate will have your name, photograph and the score in the final exam with the breakup. It will have the logos of GMU and company handling the course.