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FEM 2102: Introduction to Finite Element Computations

FEM 2102: Introduction to Finite Element Computations

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About Course

About Course

This is a beginners course on Finite Element Method for undergraduate students in science and engineering

Goals

  • Provide the basis of finite element method for undergraduate students
  • Show the formulation of practical mechanics problems
  • Build finite element solutions with symbolics/numerical processor
  • Introduction to finite element simulations

What Will You Learn?

  • Computational analysis using FEM helps predict the behavior of materials or products under physical phenomena like stress, vibration, heat, pressure, etc.
  • Increased accuracy
  • Better insight into critical design parameters
  • No need for design repetitions for different scenarios

Course Content

Numerical Methods in Mechanics II

  • Week One: Introduction
  • Week Two: Introduction to Variational Calculus
  • Week Three: Variational Calculus II
  • Week Four: Variational Calculus III
  • Week Five: Self-Test 1
  • Week Six: Weighted Integral Formulation
  • Week Seven: The FEM Process
  • Week Eight: The FEM Process II
  • Week Ten: FEA Weeks 1 – 9 Lecture Recap
  • Week Eleven: 2-D FEM
  • Week Twelve: 2-D FEM
  • Week Thirteen: Self-Test 2

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