• views: 161
• date: 31 December 2024
• posted by: AD-TEAM

Learn Advanced Structural Analysis using ANSYS Workbench

What you'll learn
How to sketch and model using Design Modeler
Simulate various problems in ANSYS Workbench
Learn Advanced Structural Analysis on various Mechanical components and Civil structures
Apply the concepts learned to new real life problems
Solve new problems based on same concepts
Requirements
Basics knowledge of Mechanics of Solids and Civil structural analysis subjects
Knowledge of numerical method of FEA
Basics of ANSYS Worbench
Description
This course is a tutorial on ANSYS Workbench. It takes you through two modules of ANSYS Workbench i.e. Static Structural and Explicit Dynamics used mainly for Advanced Structural Analysis. Various numerical are solved to explain various concepts and features of the software. Various assignments are given for practice so that expertise can be gained in handling the software. Mechanical/Civil/Automobile/Production/Manufacturing Engineering and Architecture students can benefit from this course.We start with Spring Analysis which includes analysis of Helical Coil Compression, Tension and Conical Spring. Then we move on to Comparative Analysis of Various Cross-Section of Springs and analyze which cross-section would be better for shock absorption purpose. Next we go for various types of Truss Analysis and the various reaction forces, stresses and strain calculations on them.Then we study how to plot stress vs. strain for bars under various loading conditions. These graphs can be compared with graphs made either by theory method or by plotting using Excel.Further, we move to Tension and Compression Test Analysis which can be done using static structural analysis for static bars and using explicit dynamics module for bars in motion. All these advanced studies are important as we study the theory and its comparison by using ANSYS Workbench helps us compare the solutions.

Overview

Section 1: SPRING ANALYSIS

Lecture 1 Helical Coil Compression Spring Analysis

Lecture 2 Helical Coil Torsion Spring Analysis

Lecture 3 Helical Coil Conical Spring Analysis

Lecture 4 Comparative Analysis of Various Cross-Section of Springs

Section 2: TRUSS ANALYSIS

Lecture 5 Problem-01

Lecture 6 Problem-02

Lecture 7 Problem-03

Section 3: STRESS VS STRAIN GRAPH PLOTTING

Lecture 8 Problem-01

Lecture 9 Problem-02

Section 4: TENSION TEST ANALYSIS

Lecture 10 Tension Test Analysis using Static Structural Module

Lecture 11 Tension Test Analysis using Explicit Dynamics Module

Section 5: COMPRESSION TEST ANALYSIS

Lecture 12 Compression Test Analysis using Static Structural Module

Lecture 13 Compression Test Analysis using Explicit Dynamics Module Problem-01

Lecture 14 Compression Test Analysis using Explicit Dynamics Module Problem-02

Lecture 15 RC Beam Analysis

Designer Engineers can use this skill for analysis in their job responsibilities,Consultants can analyze and approve designs based on this skill,Engineering Students(Undergraduate, Master and Ph.D.) can use it in their future jobs and also in their projects



   
   
   

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