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Theory & Design of Structure

This document outlines the syllabus for the Theory and Design of Structures exam, which has two parts. Part I focuses on reinforced concrete and covers the design of beams, slabs, columns, and staircases. It also introduces prestressed concrete. Part II focuses on steel structures and covers the analysis and design of joints, tension members, compression members, and steel columns/girders. The exam aims to assess students' understanding of structural principles and their application in architectural practice. It will contain 5 questions total, with 3 from Part I and 2 from Part II.

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886 views1 page

Theory & Design of Structure

This document outlines the syllabus for the Theory and Design of Structures exam, which has two parts. Part I focuses on reinforced concrete and covers the design of beams, slabs, columns, and staircases. It also introduces prestressed concrete. Part II focuses on steel structures and covers the analysis and design of joints, tension members, compression members, and steel columns/girders. The exam aims to assess students' understanding of structural principles and their application in architectural practice. It will contain 5 questions total, with 3 from Part I and 2 from Part II.

Uploaded by

Atelier Tech (periyar)
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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Download as PDF, TXT or read online on Scribd
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SYLLABUS FOR IIA EXAMINATIONS-2014

PART II
GROUP- A

THEORY & DESIGN OF STRUCTURES


CODE-2005
Max. Marks: 100 Pass Marks - 50
Duration: 3 Hours

To create awareness and understanding of the principles of Steel and Concrete


INTENT
Structure on various building systems.

CONTENTS

MM 70
PARTI RCC BEAMS AND SLABS

S.F. &B.M. diagrams.


Design offixed beams including S.F. & B.M.
Design of continuous beams using Calyperon's theorem,
diagrams. and designof singly
Elements of RCC design including analysis
reinforced and doubly reinforced beams, rectangular
beams, L-beams, T
beams.
and Cantilevered RCC Slabs.
Theory & Design of One Way and Two Way loaded long and
Theory & Design of RCCaxially loaded and eccentrically
columns.
short, square. Rectangular and circular RCC
Design RCC Staircase ofsimpleslab type.
of shell
Introduction to Pre Stressed Concrete Structures. General concept
and folded plate roofs (not involving structural design)

STEEL STRUCTURES MM 30
PART II

Analysis & Design of riveted and welded joints.


Analysis& Design oftension members ofa rooftruss.
Analysis & Design of compression members ofa rooftruss.
Analysis & Design of single section steel column.
Design ofplate girders and stecl stanchions for axial loads only.

NOTES
Students would be required to attempt 5 questions. 3 from Part I and 2 from
art I
4 questions will be set from Part l and 3 questions to be set from Part II.
Focus of the paper should be test the basic and practical knowledge of the
in
students the subject and its application in the day to day functioning of
the office and Architectural Practice

Examination Scheme - 2014 & Syllabus Part I,II,III


-
-

& IV 21

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