Course Outline CEN 347

College: College of Engineering & Technology Course Number: CEN 347

Program: Bachelor of Science in Civil Engineering

Course Name: Analysis and Design of Reinforced Concrete - II

Hours/ Week: 3 hrs Total hours: 36

Semester: Spring 2011 Lecture: 1 hr

Total weeks: 12 Credits: 3

Introduction:The purpose of the course “Analysis and Design of Reinforced Concrete – II” is to provide a straightforward analysis and design of reinforced members. This course is the advance level of CEN-323. It is directed primarily at student and fresh Civil Engineer/designer who require an understanding of the basic theory and a concise guide to design procedure. Although the methods for design are generally based on American Standard, all of these theories and practices are of a fundamental nature and applicable in other countries like Bangladesh.

EvaluationFirst term 20%

Mid Term 25%

Final 30%

Quiz, Viva, Attendance 25%

Total 100%

Prerequisite1. CEN 323; Analysis and Design of Reinforced Concrete I

Teaching MethodClass lecture will be presented with the help of lecture sheets and marker board as well as multimedia projector.

CommentsAll students must maintain IUBAT dress code in class room.

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College of Engineering and Technology (CEAT)Spring Semester – 2011



Effective Date:

5th January, 2011

Exam Systems

First Term Comprehensive 1 hour

Mid Term Comprehensive 1 hour

Final Comprehensive 3 hours

Reference Books

1. Design of Concrete Structure (12th edition) by -Gorge Winter and A H Nilson

2. Design of Concrete Structure (13th edition) by -Gorge Winter and A H Nilson

3. Handbook Of Reinforced Concrete Design by- Sinha, S.N

4. Reinforced Concrete Fundamentalsby- Phil M Ferguson

5. Treasure of R.C.C. Design by-Sushil Kumar

6. Design of Reinforced Concrete (8th Edition) by – Jack C. McCormack, James K. Nelson; John Wiley & Sons, Inc.

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Lecture Outcome/ Materials CoveredLecture 1 Introduction of course outlineLecture 2 Reinforce concrete floor and roof systemsLecture 3 Index properties and soil classificationLecture 4 Concrete columnLecture 5 Interaction diagram of columnLecture 6 Design of concentric columnLecture 7 Design of eccentric columnLecture 9 Analysis of footing

Lecture 10 Footing designLecture 11 Combined footingLecture 12 Trapezoidal footing

First Term ExamLecture 13 Design of retaining wallLecture 14 do

Lecture 15 doLecture 16 Gravity type retaining wallLecture 17 Cantilever retaining wallLecture 18 Two way column supported slabLecture 19 Analysis and design of flat slabLecture 20 do Lecture 21 doLecture 22 ACI code specification on the design of flat slabs

Mid Term ExamLecture 23 Plastic hinge idea and collapse mechanismLecture 24 doLecture 25 doLecture 26 Yield line methodLecture 27 doLecture 28 doLecture 29 Slab design by yield line methodLecture 30 doLecture 31 Introduction of prestressed concreteLecture 32 doLecture 33 Analysis and preliminary design of prestressed beam sectionLecture 34 doLecture 35 Codes and specifications and their influence in structures

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Consultation Time:

02.00 pm to 04.00 pm everyday in a week except Tuesday & Wednesday for Day Section

05.00 pm to 07.30 pm on Sunday for Evening Section

Course Instructor:

1. Touhid Ahamed

Faculty, Department of Civil Engineering

IUBAT – International University of Business Agriculture and Technology

Web: http://sites.google.com/site/ahamedtouhid/

Cell: +88 01815 843272, Telephone: 02893524-7 Ext-243. Room No.: 223

Signature

Date:

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Course Outline CEN 347

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