PROJECT REPORT ON
DESIGN AND ANALYSIS OF A G+5 RCC RESIDENTIAL CUM
COMMERCIAL BUILDING
A Project Report Submitted
in Partial Fulfillment of the Requirements
for the Degree of
Bachelor of Engineering
in
Civil Engineering
Submitted by-
UDAY SHANKAR DEY(CE/15/061)
BINITA DEB (CE/15/259)
ANUBHAV BARMAN (CE/15/308)
KASHYAP RANJAN NATH(CE/15/345)
Under the Supervision of-
Dr PALASH JYOTI HAZARIKA
Head Of the Department, Department of Civil Engineering
Assam Engineering College
Department of Civil Engineering,
Assam Engineering College, Guwahati, Jalukbari- 781013
CERTIFICATE OF SUPERVISOR
This is to certify that the work contained in the report entitled “DESIGN AND ANALYSIS OF A
G+5 RCC RESIDENTIAL CUM COMMERCIAL BUILDING” submitted by-
UDAY SHANKAR DEY (CE/15/061)
BINITA DEB (CE/15/259)
ANUBHAV BARMAN (CE/15/308)
KASHYAP RANJAN NATH (CE/15/345)
students of B.E. 8th semester to the Department of Civil Engineering, Assam Engineering College for
the successful completion of the course as a partial fulfillment of the degree in Bachelor of Engineering
in Civil Engineering, has been carried out under my guidance and supervision.
Dr. Palash Jyoti Hazarika
Head of the Department
Department of Civil Engineering
Assam Engineering College
Date: Guwahati– 781013, India
Department of Civil Engineering
Assam Engineering College, Guwahati, Jalukbari-781013
CERTIFICATE OF HEAD OF THE DEPARTMENT
This is to certify that the work contained in the report entitled “DESIGN AND ANALYSIS OF A
G+4 RCC RESIDENTIAL CUM COMMERCIAL BUILDING” submitted by-
UDAY SHANKAR DEY(CE/15/061)
BINITA DEB (CE/15/259)
ANUBHAV BARMAN (CE/15/308)
KASHYAP RANJAN NATH(CE/15/245)
students of B.E. 8th semester to the Department of Civil Engineering, Assam Engineering College for
the successful completion of the course as a partial fulfillment of the degree in Bachelor of Engineering
in Civil Engineering, has been carried out as per university protocols. The dissertation which is based
on candidate’s own work has not been submitted to any other institution in any form.
(Dr. Palash Jyoti Hazarika)
Head of the Department
Department of Civil Engineering
Assam Engineering College
Date: Guwahati– 781013, India
ACKNOWLEDGEMENT
We would like to express our sincere appreciation to our supervisor Dr Palash Jyoti Hazarika for his
extensive support and encouragement throughout the project work. We are highly indebted to him for
his guidance and constant supervision as well as for providing necessary information regarding the
project work. Working under him has indeed been a great experience and inspiration for us.
This thesis would not have been possible without the help of several individuals and friends who in one
way or another contributed and extended their valuable assistance in the preparation and completion of
this study. We express our gratitude towards the fraternity of the Department of Civil Engineering of
Assam Engineering College, Guwahati.
NAME ROLL NO SIGNATURE
UDAY SHANKAR DEY 15/061
BINITA DEB 15/259
ANUBHAV BARMAN 15/308
KASHYAP RANJAN NATH 15/345
Department of Civil Engineering
Assam Engineering College, Guwahati-13
TABLE OF CONTENTS
Page
LIST OF FIGURES vii-viii
LIST OF TABLES ix
ABSTRACT xi
CHAPTER 1 1-13
INTRODUCTION
1.1 Multistoreyed Building
1.2 Loads
1.2.1 Dead loads
1.2.2 Live loads
1.2.3 Seismic loads
1.3 Design Methodology adopted
1.4 Phases of the Project
CHAPTER 2 14-28
BUILDING PLANS
CHAPTER 3 29-33
GRAVITY ANALYSIS
3.1 Area Calculations
3.2 Determination of Distributing Factors
3.3 Determination of Fixed end Moments for Dead Loads
3.4 Determination of Fixed end Moments for Combined Loads
3.5 Determination of Moment Distribution Due to dead load
3.6 Moment Distribution Due to live load
3.7 Column Moment
3.7.1 Column moment due to dead load
3.7.2 Column moment due to Combined Load
3.8 Results of Gravity load analysis for Beams
3.8.1 Dead load
3.8.2 Combined Load
3.9 Shear force of beams
3.9.1 Shear force of beams due to dead load
3.9.2 Shear force of beams due to cobined load
3.10 Calculation of column axial load
3.10.1 Column axial load for dead load and live load
3.10.2 Column axial load for dead load
CHAPTER 4 34-51
SEISMIC ANALYSIS
4.1 Introduction
4.2 Seismic weight calculation
4.3 Load analysis calculation for seismic analysis of frame 2-2
4.3.1 Roof level
4.3.2 Intermediate floors (2nd to 5th)
4.3.3 First floor
4.3.4 ground floor
4.4 Calculation of base shear
4.5 Calculation of design lateral force
CHAPTER 5 52-65
DESIGN TABLES
5.1 Load combination for bending moment
5.2 Load combination for shear force
5.3 Load combination for column
5.3.1 Load combination for column axial load
5.3.2 Load combination for column bending moment
CHAPTER 6 66-67
DESIGN OF BEAMS
CHAPTER 7
DESIGN OF COLUMNS
CHAPTER 8 66-67
DESIGN OF SLAB
CHAPTER 9
DESIGN OF FOTTING
CHAPTER 10 66-67
DESIGN OF STAIRCASE
CHAPTER 11
DESIGN OF CHAJJA
CHAPTER 12 66-67
DESIGN OF LINTEL
CHAPTER 13
CONCLUSION
REFERENCES
