Instructor: Richard J. Nielsen
Office: 106 BEL
Phone: 885-8961 or 1-800-824-2889 ext. 8961.
Office Hours
Objective: Be able to design advanced steel components
and structures including eccentric connections, plate girders, composite
sections, curved beams and girders and cold-formed steel sections, using
AISC LRFD codes, and elastic and ultimate strength analysis.
Prerequisite: CE 444
Req'd Text: Steel Design 5th ed. William T. Segui, CEngage Learning
Reading: The reading assignments indicated in the course calendar correspond to sections in the text. Read the assigned section before each lecture.
Homework: Homework sets will be assigned on an approximately weekly basis.
Exams: There will be three midterm exams.
Project: A semester project will be assigned involving the application of steel design to a steel structure. For on-campus students, an oral presentation and written report will be made based on the project. Off-campus students will prepare a written report on the project.
Grading: Homework - 15% Midterms - 60% Project - 25%
Students are expected to abide by the Student Academic Integrity policy,Disability Support Services Reasonable Accommodations Statement: