Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
ME5228 (Fall 2012)
Homework 1
Due on Friday, September 28, 2012 (in class lecture)
Determine the nodal displacements, the forces in each element, and the reactions. Use
the direct stiffness method. Al
Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
FLUID FLOW Thermal Sciences II
ME3332
Homework #5 (Due Thursday October 11th at the beginning of the recitation session)
Reading: Chapter 3 and move into 4 of the text
1.
2.
3.
4.
FLUID FLOW Thermal S
Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
FLUID FLOW Thermal Sciences II
ME3332
Homework #4 (Due Thursday October 4th at the beginning of the recitation session)
Reading: Chapters 2 and 3 of the text
Problem #1
Do the problem we did in class
Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
FLUID FLOW Thermal Sciences II
ME3332
Homework #3 (Due Thursday September 27th at the beginning of the recitation
session)
Reading: Chapter 2 of the text
Problem #1
What constraints are imposed on the
Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
FLUID FLOW Thermal Sciences II
ME3332
Homework #2 (Due Thursday September 20th at the beginning of the recitation
session)
Reading: Chapter 2 of the text
Problem #1
Problem 1.80 of the text
FLUID FLOW
Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
FLUID FLOW Thermal Sciences II
ME3332
Homework #1 (Due Thursday September 13th at the beginning of the recitation
session)
Reading: Chapter 1 of the text
Problem #1
Problem 1.75 of the text
FLUID FLOW
Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
ME5228 (Fall 2012)
Homework 3
Due on Friday, October 26, 2012 (in class lecture)
For the beam shown below, determine the displacements and the slopes at the
nodes, the forces in each element, and the
Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
ME5228 (Fall 2012)
Homework 2
Due on Friday, October 12, 2012 (in class lecture)
(a) For the bar element shown below, evaluate the global xy stiffness matrix.
1
Textbook:
Logan, Daryl L., A First Cou
Introduction To Finite Element Modeling Analysis And Design
ME 5228

Fall 2012
EES
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