CE 360 REINFORCED CONCRETE
TERM PROJECT
Grade Weight (100 point)
Spring 2015
Due Date: Preliminary Plan and Load Calc Discussion: Feb 06, 2015
1st Interim Submission of Framing Plan and Design load Calc: Feb 20, 2015
2nd Interim Submission of Member Desig
Saint Martins University
CE 360
Reinforced Concrete Design
Spring 2015
No. of Credits:
Instructor:
Phone:
4 credits
Dr. Chun K. Seong, Cebula Hall Office 203F
(360) 688-3750
Text:
DESIGN of CONCRETE STRUCTURES, 14th edition, by Arthur H. Nilson, David Dar
Saint Martins University
CE 360
Reinforced Concrete Design
Spring 2015
No. of Credits: 4 credits
Instructor:
Dr. Chun K. Seong, Cebula Hall Office 203F
Phone:
(360) 688-3750
email: cseong@stmartin.edu
Text:
DESIGN of CONCRETE STRUCTURES, 14th edition, by
Chapter 3: Flexural Analysis and
Design of Beams
CE360
Reinforced Concrete Design
Dr. Chun K. Seong
School of Engineering
Saint Martins University
The course material is prepared, based on the
textbook Design of Concrete Structures written by
Arthur H. Ni
Chapter 1: Introduction to
Reinforced Concrete
Structure
CE360
Reinforced Concrete Design
Dr. Chun K. Seong
School of Engineering
The course material is prepared,
Saint Martins University
based on the textbook Design of
Concrete Structures written by
Chap
Chapter 2: Concrete-Producing
Materials
CE360
Reinforced Concrete Design
Dr. Chun K. Seong
School of Engineering
Saint Martins University
The course material is prepared, based on the
textbook Design of Concrete Structures written by
Arthur H. Nilson, Dav