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Engineering Simulation and Analysis, ECM51MAE

16-20 February 2017



Schedule

Day 1

Session 1 (9:00-10:40 AM)

  • Introduction and ice breaking
  • Course outline
  • Assessment methods

Session 2 (10:55-12:35 PM)

Session 3 (13:35-15:15 PM)

Session 4 (15:30-17:00 PM)

  • Computer Lab.

Code

  • Interpolation code
  • Regression code using least square error



Day 2

Session 1 (9:00-10:40 AM)

Session 2 (10:55-12:35 PM)



Session 3 (13:35-15:15 PM)


Session 4 (15:30-17:00 PM)

  • Computer Lab.
  • Application to mechanics of materials problem - Beam bending

Code

  • Beam FEM



Day 3

Session 1 (9:00-10:40 AM)

  • Dynamic finite element problems
  • Frequency and time domains' solutions

Session 2 (10:55-12:35 PM)

  • Frequency and time domains' solutions

Session 3 (13:35-15:15 PM)

  • Computer Lab.
  • Application to response to harmonic excitation of a beam
  • Application to response to initial deflection

Session 4 (15:30-17:00 PM)

  • Computer Lab.
  • Application to fluid-structure interaction problem - Flow in a flexible pipe

Code

  • Runge-Kutta Method
  • Newmark Method
  • Numerical integration


Day 4

Session 1 (9:00-10:40 AM)


Session 2 (10:55-12:35 PM)

Session 3 (13:35-15:15 PM)

Session 4 (15:30-17:00 PM)

  • Computer Lab.
  • The geometric stiffness matrix

Code

  • Newton Raphson
  • Beam Buckling Problem
  • Vibration of Beams under axial loading



Day 5

Session 1 (9:00-10:40 AM)


Session 2 (10:55-12:35 PM)

  • What is DOE?
  • Why Design of experiments?
  • Statistical background overview

Session 3 (13:35-15:15 PM)

  • Computer Lab.
  • Application to numerical experiments

Session 4 (15:30-17:00 PM)

  • Wrap up
  • Method of online interaction in the following weeks
Code
  • Regression code using Steepest descent












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