Altair Hypermesh - Learn Meshing and Linear Static Analysis

Altair Hypermesh : Learn Meshing and Linear Static Analysis, available at $94.99, has an average rating of 4.34, with 152 lectures, based on 710 reviews, and has 2988 subscribers.

You will learn about create meshing of different parts and components meshing of 1-D elements like rods, beams, bars, trusses etc. meshing of 2-D components like plates, Plastics, sheetmetals etc meshing of 3-D components like piston, wheel, crankshaft etc. performing linear static analysis to calculate values like stresses, strains, deformation, failure criterion etc. This course is ideal for individuals who are mechanical engineers and research scholars in Masters & Phd degree or Aerospace Engineers or automobile Design Engineer or Anyone who wants to be a CAE engineer (computer aided engineering) or Anyone who wants to learn practical application of FEA ( finite element analysis) or anyone who wants to learn meshing and analysis of mechanical systems It is particularly useful for mechanical engineers and research scholars in Masters & Phd degree or Aerospace Engineers or automobile Design Engineer or Anyone who wants to be a CAE engineer (computer aided engineering) or Anyone who wants to learn practical application of FEA ( finite element analysis) or anyone who wants to learn meshing and analysis of mechanical systems.

Enroll now: Altair Hypermesh : Learn Meshing and Linear Static Analysis

Summary

Title: Altair Hypermesh : Learn Meshing and Linear Static Analysis

Price: $94.99

Average Rating: 4.34

Number of Lectures: 152

Number of Published Lectures: 151

Number of Curriculum Items: 152

Number of Published Curriculum Objects: 151

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

create meshing of different parts and components

meshing of 1-D elements like rods, beams, bars, trusses etc.

meshing of 2-D components like plates, Plastics, sheetmetals etc

meshing of 3-D components like piston, wheel, crankshaft etc.

performing linear static analysis to calculate values like stresses, strains, deformation, failure criterion etc.

Who Should Attend

mechanical engineers and research scholars in Masters & Phd degree

Aerospace Engineers

automobile Design Engineer

Anyone who wants to be a CAE engineer (computer aided engineering)

Anyone who wants to learn practical application of FEA ( finite element analysis)

anyone who wants to learn meshing and analysis of mechanical systems

Target Audiences

mechanical engineers and research scholars in Masters & Phd degree

Aerospace Engineers

automobile Design Engineer

Anyone who wants to be a CAE engineer (computer aided engineering)

Anyone who wants to learn practical application of FEA ( finite element analysis)

anyone who wants to learn meshing and analysis of mechanical systems

Hello friends, welcome to this course on hypermesh . in this course, you everything about meshing and performing linear static analysis. the meshing is done in hypermesh and analysis is done in optistruct.

About Software

Hyperworks is a complete software package developed by altair engineering. hypermesh and optistruct are a part of that package .

About Course

This course is divide into 4 modules

1-dimensional (1D) meshing – for elements like rods, bars, beam, trusses etc.

2-dimensional (2D) meshing – for elements like plates, plastic components, sheetmetal etc.

3-dimensional (3D) meshing – for components like piston, engine ,shaft etc.

Linear static analysis – to calculate stresses, strains, deformation etc.

Why This Course

this course will take you from a beginner to pro in meshing and analysis. after taking this course

you can confidentally highlight hypermesh in your resume.

with the skills learned in this course, you can get a job as a CAE or FEA engineer.(simulation or analysis engineer)

we have covered all the basic fundamentals of solid mechanics, engineering mechanics to give you knowledge behind the analysis.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to hypermesh Course

Lecture 2: About Softwares hyperworks and hypermesh

Lecture 3: User interface of hypermesh software

Lecture 4: Mouse Working in Hypermesh

Chapter 2: Download Resource files

Lecture 1: Download Project Files

Chapter 3: 1 Dimensional (1D) meshing

Lecture 1: FEA Theory

Lecture 2: Stress and Strain

Lecture 3: Degree of Freedom

Lecture 4: 1D bar Problem part 1

Lecture 5: 1D bar Problem part 2

Lecture 6: 1D bar Problem part 3

Lecture 7: Rod 1D

Lecture 8: 1D Beam Bending Problem ( Cantilever Beam )

Lecture 9: Beam Bending Problem part 2

Lecture 10: Fix Fix Beam Assignment

Lecture 11: Assignment Solution ( Simply Supported Beam )

Lecture 12: Beam Orientation

Chapter 4: 2D meshing

Lecture 1: Import and Export Files

Lecture 2: create Nodes

Lecture 3: Organize a Model

Lecture 4: Repair Geometry

Lecture 5: Generating a Mid Surface

Lecture 6: Defeature Geometry

Lecture 7: Automesh Tool

Lecture 8: Quick Edit

Lecture 9: 2D mesh Part 1

Lecture 10: 2D mesh Part 2

Lecture 11: 2D mesh Part 3

Chapter 5: Geometry repair

Lecture 1: Geometry Repair example 1

Lecture 2: Geometry Repair example 2

Lecture 3: Geometry Repair example 3 part 1

Lecture 4: Geometry Repair example 3 part 2

Chapter 6: Mesh Edit Options

Lecture 1: Free Edges

Lecture 2: Mask

Lecture 3: Measure

Lecture 4: Node Edit

Lecture 5: Project Elements

Lecture 6: Replace Nodes

Lecture 7: Smooth Elements

Lecture 8: Translate Nodes

Lecture 9: Split Element

Chapter 7: Shell Mesh Project

Lecture 1: Element Quality

Lecture 2: Improve Element Quality 1

Lecture 3: Improve Element Quality 2

Lecture 4: 2D mesh Project 1

Lecture 5: 2D mesh Project 2

Lecture 6: 2D mesh Project 3

Lecture 7: 2D mesh Project 4

Chapter 8: Shell mesh Assembly

Lecture 1: Assembly mesh part 1

Lecture 2: Assembly mesh part 2

Lecture 3: Ruled mesh

Chapter 9: 2D mesh Practice

Lecture 1: 2D mesh Practice

Chapter 10: Create Geomtery

Lecture 1: create line part 1

Lecture 2: create line part 2

Lecture 3: Create Surfaces

Lecture 4: Create Solids

Chapter 11: 3D meshing

Lecture 1: 3D meshing fundamentals

Lecture 2: Solid Edit

Lecture 3: Types of 3D Elements

Lecture 4: Solid Map Command

Lecture 5: Solid Map Techniques

Lecture 6: Solid Edit

Lecture 7: Surface Edit

Chapter 12: Hex Mesh Examples

Lecture 1: Hex Mesh Example 1

Lecture 2: Hex Mesh Connectivity

Lecture 3: Improve Hex Mesh Flow

Lecture 4: Hex Mesh Example 2

Lecture 5: Hex Mesh Example 3

Lecture 6: Hex Mesh Example 4

Lecture 7: Meshing Self Practice Models

Chapter 13: Additional Hex Meshing

Lecture 1: Sphere Meshing 1

Lecture 2: Sphere Meshing 2

Lecture 3: Arm Bracket 1

Lecture 4: Arm Bracket 2

Chapter 14: Hex Mesh Tool Test

Lecture 1: Hex Mesh Tool Test 1

Lecture 2: Hex Mesh Tool Test 2

Lecture 3: Hex Mesh Tool Test 3

Lecture 4: Hex Mesh Tool Test 4

Lecture 5: Hex Mesh Tool Test 5

Lecture 6: Hex Mesh Tool Test 6

Chapter 15: Tetra meshing

Lecture 1: Tetra – meshing Part 1

Lecture 2: Tetra – meshing Part 2

Lecture 3: Tetra mesh Manual

Lecture 4: Position Command

Chapter 16: Analysis

Instructors

Veer Tutorial
Ultimate Destination for All Computer Course

Rating Distribution

1 stars: 7 votes

2 stars: 15 votes

3 stars: 120 votes

4 stars: 298 votes

5 stars: 270 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

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