Ansys Basic Course-Basics Of Fem & Static Analysis Tutorials

Basics and fundamentals of finite element analysis, Ansys static analysis tutorials

What you'll learn
Understand the basics and fundamentals related to finite element analysis
Learn how to model your system using design moduler
Learn how to generate the mesh and obtain mesh independent system
Learn how to set the right preprocessing and postprocessing
Understand the different types of contacts, supports and loads
Learn how to comprimize the computational cost
Learn how to validate your FE-Solver results
Requirements
Ansys Software- V18 will be nice
Description
This is a basic course that focuses on finite element analysis and its applications. The course provides an essential theoretical background for any FE solver user. The evolution of FEM, basic definitions, types of elements, analysis types, model fidelity, pre-processing and post-processing are all discussed with the aid of some mathematical and technical applications. Besides, the course includes 11 static analysis tutorials on Ansys software to link the theoretical background to the software application. Finally, there are many assignments and working files annexed to the lectures, to allow students the opportunity to apply what they learn on their own, also the slides are attached to lecture for the student's convenience.

Overview

Section 1: Introduction

Lecture 1 Basics & Fundamentals of Finite Element Method

Lecture 2 Stepped bar-1D element-WB

Lecture 3 Stepped bar-1D element-APDL

Lecture 4 Truss analysis-1D element-WB

Lecture 5 Truss analysis-1D element-APDL

Lecture 6 Elasticity analysis-Shell & Solid elements applications

Lecture 7 Elasticity analysis-Parametric Design (1)

Lecture 8 Elasticity analysis-Parametric Design (2)

Lecture 9 Plasticity analysis

Lecture 10 Design of bolted connections

Lecture 11 Project(1)- Design of pump assembly

Lecture 12 Project(2)- Design of pressure vessel- Axissymetric

Any student or engineer who would like to start learning Ansys from zero,Students who would like to link academic knowledge to Practical applications,Beginners on the field of finite element analysis,Researchers who use numerical simulations