Finite Element Analysis

محاضرة بعنوان
Finite Element Analysis (M6FEA29)
Dr D. M. Madyira, Pr. Eng.
Course Contents
– Background to Finite Element Analysis
– Introduction to Finite Element Analysis
– Foundational Theory of Elasticity
– Variational Calculus
– The Basic Raleigh-Ritz Method
– The Raleigh-Ritz Method Applied to Structural Analysis
– 1D Finite Element Analysis
– 2D Finite Element Analysis
– FEA Using Abaqus
M6FEA_9 DM MadyiraCourse Objectives
At the end of this module you should be able to:
– Formulate the basic finite element governing equations for
general 1D & 2D stress analysis
– Formulate the governing equations for 3D cases
– Use variational calculus to formulate 1D, 2D and 3D element
equations
– Use the matrix method to analyse basic 2D and 3D structural
problems
– Develop a numerical model in Abaqus to solve basic structural
analysis problems
M6FEA_9 DM MadyiraCourse Prerequisites
The key pre-requisites for this course are:
– Basic undergraduate matrix algebra
– Basic undergraduate calculus
– Undergraduate strength of materials
– Undergraduate materials science especially properties of
engineering materials
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