Basics Of Finite Element Analysis Part-Iii

Learn basic concepts of FEA and apply on real life applications

What you'll learn

Basics Concepts of FEA

Various Concepts in FEA

Additional FEA Theory Concepts

Some Important Terminologies in FEA

Requirements

Basic Mathematics

Basics of core subjects of Mechanical/Civil/Automobile/Production Engineering

Description

This course is the third part of the lecture series of Finite Element Analysis subject. It takes you through various topics like Basics Concepts of FEA, Various Concepts in FEA and Some Important Terminologies in FEA. Various concepts and their applications are explained which helps understanding the software used in FEA in depth and more easily. These topics help while solving of questions in ANSYS by manual calculation method and also help in understanding of ANSYS solutions. Basic Mathematics is the requirement for understanding of this subject.We start with Basics Concepts of FEA namely, Steps involved in FEA, Advantages of FEA, Disadvantages of FEA, Applications of FEA and Steps Involved in ANSYS Analysis. Further, we move to the Various Concepts in FEA namely, Sources of Error in FEA, Convergence in FEA, Element Types in FEA, Consistent and Lumped Mass Matrix in FEA, H-Method and P-Method in FEA, Shape Function and its importance, Isoparametric, subparametric and superparametric elements in FEA, Linear vs Non-Linear FEA, Difference between CFD and FEA, Axisymmetric Elements, Axisymmetric Element ANSYS Analysis, Concept of Serendipity in FEA, Advantages of Serendipity Elements in FEA, Equations of Elasticity and Significance of Material Properties in FEA.We also discuss the important terminologies used in FEA.

Overview

Section 1: Basic Concepts of FEA

Lecture 1 Steps involved in FEA

Lecture 2 Advantages of FEA

Lecture 3 Disadvantages of FEA

Lecture 4 Applications of FEA

Lecture 5 Steps Involved in ANSYS Analysis

Section 2: Various Concepts in FEA

Lecture 6 Sources of Error in FEA

Lecture 7 Convergence in FEA

Lecture 8 Element Types in FEA

Lecture 9 Consistent and Lumped Mass Matrix in FEA

Lecture 10 H-Method and P-Method in FEA

Lecture 11 Shape Function and its importance

Lecture 12 Isoparametric, subparametric and superparametric elements in FEA

Lecture 13 Linear vs Non-Linear FEA

Lecture 14 Difference between CFD and FEA

Section 3: Additional Concepts in FEA

Lecture 15 Axisymmetric Elements

Lecture 16 Axisymmetric Element ANSYS Analysis

Lecture 17 Concept of Serendipity in FEA

Lecture 18 Advantages of Serendipity Elements in FEA

Lecture 19 Equations of Elasticity

Lecture 20 Significance of Material Properties in FEA

Diploma in Mechanical/Civil/Automobile/Production Engineering Students,Competitive Exam students like GATE, IES etc.,Degree students of Mechanical/Automobile/Civil/Production Engineering Students