53:139 FOUNDATION ENGINEERING
Civil & Environmental Engineering, The University of Iowa Spring Semester 2002 Instructor: C.C. Swan Final Exam, 2 hours, 10 questions, 200 points To receive due credit, show all of your work.
Question #1: (30 points) Conside
53:139 Foundation Engineering
Homework #8 Solutions
Spring Semester 2009
53:139 Foundation Engineering
Assignment #8 Solution
Spring 2009
53:139 Foundation Engineering Department of Civil & Environmental Engineering The University of Iowa Assi
53:139 FOUNDATIONS OF STRUCTURES
College of Engineering The University of Iowa Spring Semester, 2009
ASSIGNMENT #2
SOLUTION
1. For the slope shown below, find the critical thickness D of the soil layer that yields shear failure along the soil-rock interfa
53:139 Foundation Engineering Homework #4 Solutions Spring Semester 2009
SUPPLEMENTAL PROBLEMS #1.
Pu O B r=c Df
The failure mechanism in this case involves rotation about point O. The force Pu is the bearing capacity and drives the failure. Three mechani
53:139 Foundation Engineering Homework #5 Solutions Spring Semester, 2009
Solution to Homework Assignment #5 Supplemental Problem: Problem Statement: Need to design a foundation system for an elevated 30'x30'x30' water storage tank shown in the Figure bel
53:139 Foundation Engineering
Homework #7 Solutions
Spring Semester 2009
53:139 Foundation Engineering
Assignment #7 Solution
Spring 2009
2
53:139 Foundation Engineering
Assignment #7 Solution
Spring 2009
3
53:139 Foundation Engineering
53:139 Foundation Engineering Homework #3 Solutions Homework #3 Solutions Spring Semester, 2009 Spring Semester, 2009
Problem 2.1. For a Shelby tube, given: outside diameter = 2 in. and inside diameter 1 7/8 in. a. What is the area ratio of the tube? b. T
THE UNIVERSITY OF IOWA Department of Civil & Environmental Engineering FOUNDATION ENGINEERING 53:139 Final Exam: 2.0 Hours 100 points + 10 Bonus points
Spring 1998
Instructor: C.C. Swan
Question #1: (25 points) Assume that you are designing a cantilever r
University of Iowa Dept. of Civil & Environmental Engineering FOUNDATION ENGINEERING 53:139 Take-home Final Exam Due Wednesday, December 15th, noon. Fall 2004
Question #1: (30 points) As part of a construction project, 8m of an over-consolidated clay soil
53:139 Foundation Engineering
Homework #6 Solutions
Spring Semester 2009
1
53:139 Foundation Engineering
Assignment #6 Solution
Spring 2009
2
53:139 Foundation Engineering
Assignment #6 Solution
Spring 2009
3
53:139 Foundation Engineerin