Ansa For Meshing And Engineering Simulations

Learn ANSA for meshing pre processing deck preparation static analysis and report generation

What you'll learn

ANSA meshing

2D Shell Mesh

3D Tetra and Hexa Mesh

Meta Result View

Report Generation

1D Meshing

Requirements

Ansa Software

Basic knowledge of mechanical engineering

Description

Welcome to this course on ANSA. in this course, you will learn ANSA from Basics to Advance Level. ANSA is one of the most powerful engineering simulation software in the world.The major applications of ANSA are as followingPre-ProcessingSolverPost ProcessingThis course is divided into multiple sections starting from basics to advance. The course is structured in such a way that it covers industry-oriented problems and real-life applications.Initially we will solve simple examples and then slowly move onto complex problems.The main content of this course is as followingPre-ProcessingIn this section you will learn about1D Meshing2D Meshing3D MeshingGeometry cleanup and repairDeck preparationSolverIn this section you will learn aboutSolving techniquesAnalysis methodsAbaqus solver interfaceDebuggingPost-ProcessingIn this section you will learn aboutDisplacement plotStress plotAnimationReport GenerationWhy Take This courseThis course gives an easy introduction to ANSA software.Even an absolute beginner without any past experience can take this course.It covers all important tools that are used in industry.The problems taken in this course are industry oriented with real life applications.The course content is regularly updated depending on student feedback and their requirement.Unlimited and lifetime access to all lectures and content anywhere, anytime.Course FeaturesSoftware version – ANSA v23Language - EnglishCourse RequirementANSA softwareBasic Knowledge of mechanical of material, strength of material, machine design and Finite element analysis would be advantageous.Who should take this courseMechanical engineersAutomotive engineersDesign engineersCAE and FEA engineersAnyone who wants to learn LS DYNA and engineering simulation

Overview

Section 1: Introduction

Lecture 1 ANSA User Interface

Lecture 2 Download Project Files

Lecture 3 Mouse Control In ANSA

Lecture 4 Entity Selection ANSA

Lecture 5 Selection View Control

Lecture 6 Steps of FEA

Lecture 7 Nodes & Elements ANSA

Lecture 8 Types of Analysis ANSA

Section 2: Geometry Setup

Lecture 9 File Formats ANSA

Lecture 10 Import and Export Files

Lecture 11 Organize Models

Section 3: Mid Surfacing

Lecture 12 Concept of Mid Surface

Lecture 13 Mid Surface Manual Method

Lecture 14 Mid Surfacing Auto Method

Section 4: Geometry Edit

Lecture 15 Geometry Edit 1

Lecture 16 Geometry Edit 2 Point Surface

Lecture 17 Geometry Edit 3 Cut

Lecture 18 Geometry Defeature

Section 5: Geometry Repair

Lecture 19 Geometry Repair Example 1

Lecture 20 Geometry Repair Example 2

Lecture 21 Geometry Repair Example 3

Section 6: 2D Shell Mesh

Lecture 22 Intro to 2D Mesh

Lecture 23 2D Mesh Basics

Lecture 24 Meshing Algorithms

Lecture 25 Meshing Guidelines

Section 7: Meshing Examples

Lecture 26 Meshing Algorithms example 1

Lecture 27 Meshing Algorithms example 2

Lecture 28 Clip Mesh Part 1

Lecture 29 Clip Mesh Part 2

Lecture 30 Clip Mesh Part 3

Section 8: Meshing Guides

Lecture 31 Fillet Meshing

Lecture 32 Washer Meshing

Lecture 33 Element Quality

Lecture 34 Element Quality Parameters

Lecture 35 Element Quality Auto Method

Lecture 36 Element Quality Manual Method

Section 9: BIW Meshing

Lecture 37 BIW Meshing Part1

Lecture 38 BIW Meshing Part 2

Lecture 39 BIW Meshing Part1 3

Section 10: Batch meshing

Lecture 40 Batch meshing Part 1

Lecture 41 Batch meshing Part 2

Lecture 42 Batch meshing Part 3

Section 11: 2D welds

Lecture 43 Fill Mesh

Lecture 44 Weld Example 1

Lecture 45 Weld Example 2

Section 12: Mesh Edit Tools

Lecture 46 Dimension

Lecture 47 Align

Lecture 48 Free edge

Lecture 49 Transform move copy reflect

Lecture 50 transform Position

Lecture 51 Cut Planes

Lecture 52 Paste Nodes

Lecture 53 Logo remove

Section 13: 3D Meshing

Lecture 54 Intro to 3D

Lecture 55 Types of 3D Elements

Lecture 56 3D mesh techniques

Lecture 57 3d mesh Commands

Lecture 58 3D Extrude 1

Lecture 59 3D Extrude 2

Section 14: Hex Mesh Examples

Lecture 60 Hex Example 1

Lecture 61 Hex Example 2

Lecture 62 Hex Example 3

Lecture 63 Arm Bracket Hex 1

Lecture 64 Arm Bracket Hex 2

Lecture 65 Sweep Hex

Section 15: 3D Tetra Mesh

Lecture 66 Tetra Mesh

Lecture 67 Tet using Batchmesh

Section 16: 1D Elements

Lecture 68 Rigid elements

Lecture 69 Rigid Creation

Lecture 70 Application of Rigids

Lecture 71 Bolt Connection 1

Lecture 72 Bolt Connection 2

Section 17: Basic Fundamentals

Lecture 73 Linear Analysis

Lecture 74 Stress vs Strain ANSA

Lecture 75 Von Mises Stress Theory

Lecture 76 Static vs Dynamic Analysis

Lecture 77 Non Linear Analysis

Lecture 78 Dynamic Simulation

Lecture 79 Modal Analysis

Section 18: Analysis of Plate

Lecture 80 Analysis of Plate 1

Lecture 81 Analysis of Plate 2

Lecture 82 Analysis of Plate 3

Lecture 83 Analysis of Plate 4

Lecture 84 Analysis of Plate 5 RF

Lecture 85 Analysis of Plate 6 3D

Section 19: Meta Post Training

Lecture 86 Meta Post 1 Result View

Lecture 87 Meta Post 2 Contour

Lecture 88 Meta Post 3 Animation

Lecture 89 Meta Post 4 Results

Lecture 90 Meta Post 5 Reports

Section 20: Non Linearity in ANSA

Lecture 91 Material Non Linearity

Lecture 92 Contact Non Linearity

CAE Engineers,Mechanical Engineering,Anyone who wants to learn ANSA meshing