Ls Dyna - A Simulation Training With Practical Applications

Learn LS DYNA from basics to advance level with Real life engineering Applications

What you'll learn

Basics of LS DYNA and engineering simulation

Non Linear analysis

Linear static and explicit dynamic analysis

detailed explanation of material and contact algorithms

impact analysis

crash analysis

Requirements

LS DYNA software

Basic Knowledge of mechanical of material, strength of material, machine design and Finite element analysis would be advantageous.

Description

Welcome to this course on LS – DYNA. in this course, you will learn LS DYNA from Basics to Advance Level. LS – DYNA is one of the most powerful engineering simulation software in the world.The major applications of LS DYNA are as followingNon – Linear AnalysisImpact AnalysisCrash analysisVehicle safetyOccupant safetyThis 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 followingIntroduction to LS – DYNABall Plate impact AnalysisStatic Analysis using Explicit solver approachMeshingDifferent types of Non – LinearityContact AlgorithmsFrontal impact analysis of vehicle3 – point bending testAnalysis using implicit and explicit dynamic solver approachWhy Take This courseThis course gives an easy introduction to LS – DYNA 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 requirementUnlimited and lifetime access to all lectures and content anywhere, anytime.Course FeaturesSoftware version - LS – DYNA R11Language - EnglishCourse RequirementLS DYNA softwareBasic Knowledge of mechanical of material, strength of material, machine design and Finite element analysis would be advantageous.Who should take this course?Mechanical engineersAutomotive engineersDesign engineersCAE and FEA engineersAnyone who wants to learn LS DYNA and engineering simulation

Overview

Section 1: Introduction

Lecture 1 Course Intro

Lecture 2 Resource Files Download

Lecture 3 Mouse Button Functions

Section 2: Ball Plate Impact ANALYSIS

Lecture 4 Ball Plate Impact Part 1

Lecture 5 Ball Plate Impact Part 2

Lecture 6 Ball Plate Impact Part 3

Lecture 7 Ball Plate Impact Part 4

Lecture 8 Ball Plate Impact Part 5

Lecture 9 Ball Plate Impact Part 6

Section 3: Edit with Textpad

Lecture 10 Textpad Edit

Lecture 11 Different File Formats LS DYNA

Section 4: Static ANALYSIS using LS DYNA

Lecture 12 Static Analysis Part 1

Lecture 13 Static Analysis Part 2

Lecture 14 Static Analysis Part 3

Lecture 15 Static Analysis Part 4

Section 5: Meshing With LS DYNA PRE-POST

Lecture 16 LS DYNA Shape Mesher

Lecture 17 Auto-mesher tools

Lecture 18 Solid mesh

Lecture 19 Mesh Edit Tools

Section 6: LS DYNA System Library

Lecture 20 Types of Elements in LS DYNA

Lecture 21 Material Library

Section 7: ANALYSIS Of Automotive CRASH BOX

Lecture 22 CRASH BOX Analysis Part 1

Lecture 23 CRASH BOX Analysis Part 2

Lecture 24 CRASH BOX Analysis Part 3

Lecture 25 CRASH BOX Analysis Part 4

Lecture 26 CRASH BOX Analysis Part 5

Lecture 27 CRASH BOX Analysis Part 6

Lecture 28 CRASH BOX Analysis Part 7

Section 8: ANALYSIS BASIC Definitions

Lecture 29 Static Vs Dynamic Analysis

Lecture 30 Source of Non Linearity

Lecture 31 Implicit vs Explicit Analysis

Section 9: 3 Point Bending Test

Lecture 32 3 Point Bending Test Part 1

Lecture 33 3 Point Bending Test Part 2

Lecture 34 3 Point Bending Test Part 3

Lecture 35 3 Point Bending Test Part 4

Lecture 36 3 Point Bending Test Part 5

Lecture 37 3 Point Bending Test Part 6

Lecture 38 3 Point Bending Test Part 7

Lecture 39 3 Point Bending Test Part 8

Lecture 40 3 Point Bending Test Part 9

Mechanical engineers,Automotive engineers,Design engineers,CAE and FEA engineers,Anyone who wants to learn LS DYNA and engineering simulation