CIEG 302: Structural Design; Syllabus

CIEG 302: Structural Design
Syllabus
S-Steel Textbook
C-Concrete Textbook

Class	Date	Topic	Chap/Sec	Summary of Lectures
1	2/12	Introduction	Chapters 1S, 1C	Course Outline What is Design? Design vs. Analysis Failure Talk
2	2/14	Structural Systems, Members, Construction Materials Lecture 2 Notes	Chapters 1S, 1C	AISC Steel Construction Video Structural Systems Members Loads and Load Paths Material Properties (Steel & Concrete) Fabrication Issues
3	2/19	Design Methodologies and Loads Lecture 3 Notes	Chapters 2S, 1C	Material Properties (cont'd) Allowable Stress Design Ultimate State Design Probabilistic-Based Design Limit States Load Combinations Design Codes
4	2/21	Analysis and Design of Tension Members Lecture 4 Notes	Chapter 3S, 4S	Limit States Gross Area Net Effective Area Examples
5	2/26	Tension Members Continued Lecture 5 Notes	Chapter 3S, 4S	Staggers Examples
6	2/28	Tension Members Continued Lecture 6 Notes	Chapter 3S, 4S	More Examples
7	3/4	Finish Tension Members, Design of Concrete Compression Members	Chapter 8C	Limit States Concrete Columns Strength Equations Design Process Concrete Column Design Examples
8	3/6	Concrete Compression Members Continued Lecture 8 Notes	Chapters 8C, 5S	Ties and Spirals Concrete Column Design Examples
9	3/11	Steel Compression Members Continued Lecture 9 Notes	Chapter 5S	Steel Columns Buckling Residual Stresses Euler "Elastic" Buckling Effective Length
10	3/13	Steel Compression Members Continued	Chapter 5S	Recommended Effective Length Local Buckling AISC Column Formulas Examples
11	3/18	Steel Compression Members Continued Lecture 11 Notes	Chapter 6S	Examples
12	3/20	Steel Compression Members Continued Lecture 12 Notes	Chapter 6S	Examples
13	3/25	Review Review Notes
14	3/27	EXAM
SPRING BREAK 3/31 - 4/04
15	4/8	Design of Bending Members Lecture 15 Notes	Chapters 2C,8S	Limit States Steel vs. Concrete Review Concrete Design Principles Concrete Beam Performance to Ultimate
16	4/10	Concrete Bending Members Continued Lecture 16	Chapter 2C	Analysis of Concrete Beams Moment Capacity T-Beams Examples
17	4/15	Concrete Bending Members Continued Lecture 17	Chapter 3C	Design of Concrete Beams Balanced Condition Under/over-reinforced Selecting steel Examples
18	4/17	Concrete Bending Members Continued Lecture 18	Chapter 7C	Design of Concrete Beams Beams with +/- Moments Examples
19	4/22	Concrete Bending Members Continued Lecture 19	Chapter 7C	Design of Concrete Beams Shear Capacity Concrete Capacity Stirrup Capacity Stirrup Spacing/Limits
20	4/24	Concrete Bending Members Continued Lecture 20	Chapter 7C	Design of Concrete Beams Shear Envelopes Stirrup Spacings Examples
21	4/29	Steel Bending Members Continued Lecture 21	Chapters 8-9S	Design of Steel Beams Yield Moment Plastic Moment Buckling (Local/Global)
22	5/1	Steel Bending Members Continued Lecture 22 Tables	Chapters 8-9S	Design of Steel Beams
23	5/6	Steel Bending Members Continued Lecture 23	Chapters 8-9S	Design of Steel Beams
24	5/8	Steel Bending Members Continued Lecture 24	Chapter 10S	Design of Steel Beams
25	5/8	Steel Bending Members Continued Lecture 25
26	5/13	Interaction Equations Lecture 26		Beam-Columns
27	5/15	Course Review Lecture 27
28	5/20	Course Review
*29*	TBA	FINAL EXAM	TBA	Good Luck!!!