earthquake resistance design

A Challengeable task to Civil Engineering

PRESENTED BY
B.DINESHKUMAR
&

B.PRAVEEN
FINAL YEAR B.E. CIVIL ENGINEERING,

PAVAI COLLEGE OF TECHNOLOGY,
NAMAKKAL 636058.
E-Mail: [e-mail]
Ph. no : 9597138821

1

EARTHQUAKE RESISTANT STRUCRURES

ABSTRACT
“Buildings are the Worst Killers than the Earthquake”. By using appropriate
Earthquake resistance design we can ultimately reach our goal. India and other parts of the world are prone to frequent earth quakes. It makes a great attention to the scientist & research scholars. It’s not able to control the earthquake but we can make suitable design.
Advance technology is to save the structure and reduce the death rate. IS 1893-1984 code provision for CRITERIA FOR EARTHQUAKE RESISTANCE STRUCTURES has been revised by INDIAN STANDARDS as IS1893-2002.In this paper we have reported some provision corresponding to bearings, dampers, foundation isolation techniques and model technology to resist the earthquake forces so that we, forth coming young engineers will be aware of it and will do our best designs that resist the earthquake and will make our
INDIA in a best path of its development towards “DEVELOPED INDIA 2020”.

SYNOPSIS
 Introduction
 Earthquake in General & Analysis


Energy Flow



Earthquake Analysis
2



Buildings Reaction towards Earthquake

 Structural Members and design


Beams & Columns as a Structural Members



Horizontal Bands



Shear Wall



Boundary elements



Concealed Beams



Reduced Beams

 General Design Consideration


Inverse pendulum effect



Beam column design



Short Column Behavior



Beam Column Joint

 Recent trends in Seismic resistive design


Bracings



Bearings



Dampers



Friction Pendulum



Epoxy Resin Injection



Pretension Technique

 Conclusion

INTRODUCTION:
The worst of all natural disasters, earthquake have become more pronounced and have claimed a large number of lives from the start of the history. This is a subject of
growing