Complete Altair Hypermesh & Optistruct Course

From Amateur to Professional. Become expert in MESHING and ANALYSIS with 5+ Industry Projects & Case Studies.

What you'll learn
Theory of FEA
Types of element
1D Meshing - Rod ,Bar , Rigids, RBE3
2D Meshing and industry guidelines
3D Meshing - Tetra algorithms and hexa meshing
Quality checks and Quality Parameters
Assembly Connections - Spot welds , Seam welds , Bolted Connection, Adhesives
Static Analysis
Modal Analysis
Projects
Deck Preparation
Requirements
Should be eager to implement and try new things
Enthusiastic
Any Graduate
Description
The course will take you on exciting journey from beginner to expert in Theoretical Concepts behind CAE/FEA ,Main theme of course is to get insight into Creating and modifying CAD/Geometry , Meshing , Connections and Analysis.We will start with Theory of FEA , where you will get familiar with critical ways in which you can find solution to given problem and the logic behind most of the CAE software's .Then we will proceed toward meshing where we will learn about 1d, 2d, 3d meshing & guidelines that one has to follow while meshing.In meshing section we will do hands on exercises of many components and try to implement guidelines that we have studied. We will talk about quality checks and quality parameter in much detail along with the mathematical formulation of quality parameters.Then we will move towards building assembly of various components using connections .At last we learn to perform Modal Analysis , Static analysis . I have some of the industrial projects waiting for you.Last section will be placed for your doubts. I will update this session with answers to all of your doubtIf you have any doubt fell free to contact me.

Overview

Section 1: Introduction to Course

Lecture 1 Introduction to Course

Section 2: Theory of FEA

Lecture 2 Product Lifecycle Management

Lecture 3 Degree of Freedom

Lecture 4 Branches of CAE

Lecture 5 Intuition of CAE Software's

Lecture 6 Methods to Solve Engineering Problem

Lecture 7 Steps in FEA

Lecture 8 FEA and Interpolation Function

Lecture 9 Types of Numerical Methods

Lecture 10 Types of Elements

Section 3: Introduction To Hypermesh

Lecture 11 GUI Session-01

Lecture 12 GUI Session-02

Lecture 13 Import and Export

Lecture 14 Import Export Example-01

Lecture 15 Model browser

Lecture 16 Display

Lecture 17 Mask

Lecture 18 Mask Browser

Lecture 19 Delete

Section 4: Creating and Modifying Geometry

Lecture 20 Building block of our Model

Lecture 21 Why we need to Modify or Create Geometry

Lecture 22 XYZ Coordinates

Lecture 23 Node On Geometry

Lecture 24 Extract Parametric Line

Lecture 25 Interpolated Nodes

Lecture 26 Distance

Lecture 27 Lines Creation

Lecture 28 Line Edit

Lecture 29 Surface Creation-01

Lecture 30 Surface Creation-02

Lecture 31 Surface Edit

Section 5: Geometry Cleanup and Defeature

Lecture 32 Topology

Lecture 33 Why Geometry Cleanup

Lecture 34 Example_01-Clip Repair

Lecture 35 Example-02

Lecture 36 Example_03-Crossmember

Lecture 37 Autocleanup

Lecture 38 Overview - Defeature

Lecture 39 Defeature Example-01

Lecture 40 Defeature Example-02

Section 6: Introduction to 2D Meshing

Lecture 41 Overview

Lecture 42 Midsurface

Lecture 43 Element Shape

Lecture 44 Automesh-01

Lecture 45 Automesh - 02

Lecture 46 Guidelines_01- Washer

Lecture 47 Guidelines_02- Fillets

Lecture 48 Guidelines_03- Tria Elements

Lecture 49 Meshing-01_Clip

Lecture 50 Meshing-02_Holding Bracket

Lecture 51 Symmetry

Section 7: Introduction to 3D Meshing

Lecture 52 3D Element Shape

Lecture 53 Solid Edit

Lecture 54 Line Drag

Lecture 55 Linear Solid

Lecture 56 Spin

Lecture 57 Arm Bracket

Lecture 58 Volume Tetra

Lecture 59 Tetra Mesh

Section 8: Element Quality

Lecture 60 Overview

Lecture 61 Aspect Ratio

Lecture 62 Warpage

Lecture 63 Skewness

Lecture 64 Jacobain MinMax AngleLength

Lecture 65 Tetra Collapse

Lecture 66 Volumetric Skew

Section 9: Mesh Edit

Lecture 67 Project

Lecture 68 Translate

Lecture 69 Reflect

Lecture 70 Order Change

Section 10: Introduction to Plastic Meshing

Lecture 71 Sheet Metal vs Plastic Components

Lecture 72 Basic Idea - Plastic Meshing

Lecture 73 Midmesh Thickness

Lecture 74 Offset Midsurface Extraction

Lecture 75 Surface Pair

Lecture 76 MidLine

Lecture 77 Plastic_02 - Part_1

Lecture 78 Plastic_02 - Part_2

Section 11: Introduction to 1D Meshing

Lecture 79 Cantilever with Rod Element

Lecture 80 Cantilever Beam (Bar Element)

Lecture 81 Cantilever with Aluminium

Lecture 82 Cantilever with Transverse Loading

Lecture 83 Simply Supported Beam

Section 12: Modal Analysis

Lecture 84 Overview

Lecture 85 Governing Equation

Lecture 86 Plate Modal Analysis

Lecture 87 Frame Assembly Validation

Section 13: Linear Static Analysis

Lecture 88 Overview

Lecture 89 Governing Equation

Lecture 90 Beam 2D

Section 14: Buckling Analysis

Lecture 91 Introduction : Structural Instability

Lecture 92 Example : Column Buckling

Lecture 93 Example : Mobile Tower

Lecture 94 Example : Connecting Rod

Section 15: Connectors

Lecture 95 Overview

Lecture 96 Spot Weld

Lecture 97 Seam Weld

Lecture 98 Bolted Connection

Lecture 99 Connections_Using_xml_File

Lecture 100 Solid Welds : : Bracket & Plate

Lecture 101 2D Welds : Bracket & Plate

Section 16: Project_01 - Frame Assembly

Lecture 102 Overview of Project

Lecture 103 Segregation of Project

Lecture 104 Engineer- A

Lecture 105 Engineer- B

Lecture 106 Engineer_C

Lecture 107 Assigning Material and Property

Lecture 108 Building Assembly - Connections

Lecture 109 Modal Analysis

Section 17: Project_02 - Mounting Bracket

Lecture 110 Mounting Bracket - Iteration_01

Lecture 111 Mounting Bracket - Iteration_02

Lecture 112 Mounting Bracket - Iteration_03

Section 18: Project_03 - Convergence Study (Solid Mounting Bracket)

Lecture 113 Project_03 - Convergence Study (Solid Mounting Bracket)

Section 19: Project_04 - Plastic Meshing

Lecture 114 Project_04 - Plastic Mesh

Section 20: Meshing Practice

Lecture 115 Download Files for Practice

Lecture 116 Knuckle - Tetra Meshing

Section 21: Miscellaneous

Lecture 117 What is Isotropic , Orthotropic & Anisotropic

Lecture 118 Replacing component with MASS Element

Section 22: Participants Doubts

Lecture 119 Doubt in Translate Command

Mechanical, Automobile , Aeronautical engineering students and professionals,Anyone who wants an insight into validation of products