Seth Balkrishan Memorial Bhilai Institute of Technology, Durg

Seth Balkrishan Memorial

Bhilai Institute of Technology, Durg (An Autonomous Institute affiliated to CSVTU, Bhilai)

SCHEME OF TEACHING AND EXAMINATION

(Effective from 2020 – 2021 Batch)

M.Tech. (Structural Engineering)

1st Semester

Sl. N

o.

Board of Study

(BOS) Courses (Subject)

Course

Code

Period per

Week

Scheme of

Examination To

tal

Ma

rks

Cred

it L T P Theory/Lab

ESE CT TA

1. Civil Engineering

Advanced Concrete

Technology and

Admixtures

229101CE 3 1 - 100 20 20 140 4

2. Civil Engineering Matrix Methods of

Structural Analysis 229102CE 3 1 - 100 20 20 140 4

3. Civil Engineering Instrumentation and

Experimental Techniques 229103CE 3 1 - 100 20 20 140 4

4. Civil Engineering Advanced Construction

Management 229104CE 3 1 - 100 20 20 140 4

5. Refer Table-1 Elective-I - 3 1 - 100 20 20 140 4


Advanced Concrete

Technology and

Admixtures (Lab)

229191CE - - 3 75 - 75 150 2

7. Civil Engineering Matrix Methods of Structural

Analysis (Lab) 229192CE - - 3 75 - 75 150 2

Total Marks 15 5 6 650 100 250 1000 24

Table-1: Elective-I

Sl. N

o.

Board of Studies (BOS) Courses (Subject) Course

Code

1. Civil Engineering Limit State Design of Steel Structures 229121CE

2. Civil Engineering Advanced Design of Steel Structures 229122CE

3. Civil Engineering Theory of Elastic Stability 229123CE

4. Civil Engineering Applied Fuzzy Logic and Fuzzy sets 229124CE

Note:

(a) Abbreviations used: L-Lecture, T-Tutorial, P-Practical, ESE-End Semester Exam, CT- Class Test, TA-Teacher's Assessment.

(b) Choice of elective course once made for an examination cannot be changed in future examinations.

♦♦♦



SYLLABUS


1st SEMESTER

Advanced Concrete Technology and Admixtures

Subject Code 229101CE L = 3 T = 1 P = 0 Credits = 4

Evaluation

Scheme

ESE CT TA Total ESE Duration

100 20 20 140 3 Hours

Minimum number of class tests to be conducted = 02 Minimum assignments = 02

November 2020 1.00 Applicable for AY 2020-21 Onwards Chairman (AC) Chairman (BoS) Date of Release Version

Course Objectives Course Outcomes

To develop fundamental knowledge of the

different properties of concrete and to acquire an

interest in concrete technology and admixtures

and its field requirements. The course will help

the students to develop professional skills of

concrete mix design, concrete making, placing

and special formworks.

On successful completion of the course, the student will

be able to:

CO1:- Describe the properties of the concrete making

materials.

CO2:- Explain the use of admixtures and their suitability in

different conditions.

CO3:- Design concrete mixes according to IS, ACI and BS

code methods.

CO4:- Describe the field requirements of various types of

concrete.

CO5:- Decide upon the selection of suitable methods of

concreting.

UNIT I: MATERIALS AND PROPERTIES

IS specifications for materials and testing of concrete making materials, Properties, Grading, Methods of

combining aggregates, Properties of fresh and hardened concrete, Variability of concrete strength, Elasticity,

creep and shrinkage of concrete, Durability and factors affecting durability, behavior of concrete under

aggressive environmental conditions including temperature. [10 Hrs.]

UNIT II: ADMIXTURES

Different types of admixtures for improving properties of concrete such as strength, workability, durability etc.

Suitability in different conditions. [10 Hrs.]

UNIT III: CONCRETE MIX PROPORTIONING

Principles of concrete mix proportioning, Methods of concrete mix proportioning (with and without

admixtures), Trial mixes, Testing of concrete mixes. [10 Hrs.]

UNIT IV: SPECIAL CONCRETES

Light weight concrete, Fly ash concrete, Fibre reinforced concrete, Polymer Concrete, High performance

concrete, Self compacting concrete, Concrete containing Silica Fumes, Concrete containing GGBS, No fines

concrete. [9 Hrs.]

UNIT V: CONCRETING METHODS

Process of manufacturing of concrete, Methods of transportation, placing and curing - Extreme weather

concreting, special concreting methods, Vacuum dewatering - underwater concrete, special formwork. [9 Hrs.]



SYLLABUS


1st SEMESTER

Advanced Concrete Technology and Admixtures


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.

No. Title Authors Publisher

1. Properties of Concrete Neville A.M. Pearson Education

2. Concrete Technology Shetty M.S. S. Chand and Company Ltd.,

Delhi

Reference Books:

S.


1. Concrete Admixtures Handbook Ramachandran V.S. Standard Publishers Distributors,

Delhi

2. Proceedings of recent seminars /

workshops / conferences and

Papers from relevant National

and International Journals.

– –



SYLLABUS


1st SEMESTER

Matrix Methods of Structural Analysis


Evaluation

Scheme


100 20 20 140 3 Hours




The Objective of this course is to make the

students understand the difference between

determinate and indeterminate structures. They

will also be introduced to the analysis of

flexibility method for beams and frames, stiffness

method for beams and frames.


be able to:

CO1:- Analyse various type of determinate and

indeterminate structure.

CO2:- Analyse flexibility method for beams.

CO3:- Analyse flexibility method for frames

CO4:- Analyse stiffness method for beams.

CO5:- Analyse stiffness method for frames.

UNIT I: INTRODUCTION

Review of force and displacement methods of structural analysis, Degree of Static Indeterminacy, Degree of

Kinematic Indeterminacy, Basic Concepts of Matrix methods in structural analysis, Determinants and Matrices.

[12 Hrs.]

UNIT II: FLEXIBILITY METHOD FOR BEAMS

Flexibility coefficients, development of flexibility matrix, Analysis of continuous beams by flexibility method.

[9 Hrs.]

UNIT III: FLEXIBILITY METHOD FOR FRAMES

Analysis of rigid jointed plane frame and pin jointed plane frame by flexibility method. [9 Hrs.]

UNIT IV: STIFFNESS METHOD FOR BEAMS

Stiffness coefficient, development of stiffness matrix, relationship between flexibility matrix and stiffness

matrix, Analysis of continuous beams by stiffness method. [9 Hrs.]

UNIT V: STIFFNESS METHOD FOR FRAMES

Analysis of rigid jointed plane frame and pin jointed plane frame by stiffness method. [9 Hrs.]



SYLLABUS


1st SEMESTER

Matrix Methods of Structural Analysis


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Structural Analysis – A Matrix

Approach

Pandit G.S. and Gupta S.P. Tata McGraw- Hill Publishing

Company Limited, New Delhi

2. Matrix Analysis of Framed

Structures

Weaver W. and Gere J. M. CBS Publishers and Distributors,

Delhi

Reference Books:

S.


1. Finite Element Analysis –

Theory and Programming

Krishanmurthy C.S. Tata McGraw- Hill Publishing






– –



SYLLABUS


1st SEMESTER

Instrumentation and Experimental Techniques


Evaluation

Scheme


100 20 20 140 3 Hours




The objective of this course is to make the

students understand the fundamental concept of

measurement and learn about the strain gauges,

data processing techniques and model analysis.


be able to:

CO1:- Explain about fundamental concept of

measurement.

CO2:- Discuss strain gauges.

CO3:- Describe data processing.

CO4:- Perform the Non-destructive technique.

CO5:- Perform testing of large scale structures

UNIT I: MEASUREMENTS

Basic Concept in Measurements, Measurement of displacement, strain pressure, force, torque etc, Types of

strain gauges (Mechanical, Electrical resistance, Acoustical etc.). [8 Hrs.]

UNIT II: STRAIN GAUGES

Strain gauge circuits, The potentiometer and Wheatstone bridge, use of lead wires switches etc. Use of strain

gauges in structural applications. [10 Hrs.]

UNIT III: DATA PROCESSING

Indicating and recording devices, Static and dynamic data recording, Data (Digital and Analogue) acquisition

and processing systems. Strain analysis methods, Rosette analysis. Static and dynamic testing techniques.

Equipment for loading-Moire’s techniques. [12 Hrs.]

UNIT IV: NON DESTRUCTIVE TECHNIQUES

Non destructive testing techniques. Photoelasticity, optics of photoelasticity, Polariscope, Isoclinics and

Isochromatics, methods of stress separation. [10 Hrs.]

UNIT V: MODEL ANALYSIS

Laws of similitude, model materials, model testing, testing large scale structures, holographic techniques.

[8 Hrs.]



SYLLABUS


1st SEMESTER

Instrumentation and Experimental Techniques


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Experimental stress Analysis Dally J W and Riley W.F McGraw-Hill Inc. New York

2. Experimental Stress Analysis Srinath L S et al Tata McGraw-Hill Publishing

Co., Ltd., New Delhi

Reference Books:

S.


1. Instrumentation – Devices and

Systems

Rangan C S et al. Tata McGraw-Hill Publishing

Co., Ltd., New Delhi

2. Experimental Stress Analysis Sadhu Singh Khanna Publishers, New Delhi



SYLLABUS


1st SEMESTER

Advanced Construction Management


Evaluation

Scheme


100 20 20 140 3 Hours




To explain the fundamentals concepts of

organization and project management in any civil

engineering project and introduce them to the

labor management and cost estimation using

various mathematical approaches.


be able to:

CO1:- Characterize the project organization and

management.

CO2:- Apply the design and construction process.

CO3:- Evaluate the labor productivity and utilization of

equipment.

CO4:- Evaluate the cost estimate and indices.

CO5:- Analyze the Safety, cost effect, rules and

regulations during construction.

UNIT I: ORGANIZING FOR PROJECT MANAGEMENT

Project Management, Trends in Modern Management, Strategic Planning and Project Programming, Effects of

Project Risks on Organization, Organization of Project Participants, Traditional Designer, Constructor

Sequence, Professional Construction Management, Owner-Builder Operation, Turnkey Operation, Leadership

and Motivation for the Project Team, Interpersonal Behavior in Project Organizations, Perceptions of Owners

and Contractors. [10 Hrs.]

UNIT II: DESIGN AND CONSTRUCTION PROCESS

Design and Construction as an Integrated System, Innovation and Technological Feasibility, Innovation and

Economic Feasibility, Design Methodology, Functional Design, Physical Structures, Geo-technical Engineering

Investigation, Construction Site Environment, Value Engineering, Construction Planning, Industrialized

Construction and Pre-fabrication. [8 Hrs.]

UNIT III: LABOR, MATERIAL AND EQUIPMENT UTILIZATION

Labor Productivity, Factors Affecting Job, Site Productivity, Labor Relations in Construction, Problems in

Collective Bargaining, Materials Management, Material Procurement and Delivery, Inventory Control,

Tradeoffs of Costs in Materials Management, Construction Equipment, Choice of Equipment and Standard

Production Rates, Construction Processes Queues and Resource Bottlenecks. [10 Hrs.]

UNIT IV: COST ESTIMATION

Costs Associated with Constructed Facilities, Approaches to Cost Estimation, Type of Construction Cost

Estimates, Effects of Scale on Construction Cost, Unit Cost Method of Estimation, Methods for Allocation of

Joint Costs, Historical Cost Data, Cost Indices, Applications of Cost Indices to Estimating, Estimate Based on

Engineer's List of Quantities, Allocation of Construction Costs Over Time, Estimation of Operating Costs.

[12 Hrs.]



SYLLABUS


1st SEMESTER

Advanced Construction Management


Evaluation

Scheme


100 20 20 140 3 Hours



UNIT V: SAFETY IN CONSTRUCTION

Causes, classification, cost and measurement of an accident, safety programme for construction, protective

equipment, accident report, safety measures for storage and handling of building materials, Construction of

elements of a building, demolition of buildings. Safety lacuna in Indian scenario. [8 Hrs.]

Text Books:

S.


1. Construction Project

Management: Planning,

Scheduling and Control

Chitkara, K.K. Tata McGraw-Hill Publishing

Company, New Delhi

2. Project Management Choudhury, S Tata McGraw-Hill Publishing

Company, New Delhi

Reference Books:

S.


1. Project Management – A

Systems Approach to Planning,

Scheduling and Controlling

Harold Kerzner CBS Publishers & Distributors,

Delhi

2. Total Project Management – The

Indian Context

Joy, P.K. Macmillan India Ltd., New Delhi



SYLLABUS


1st SEMESTER

Limit State Design of Steel Structures


Evaluation

Scheme


100 20 20 140 3 Hours




The objective of the course is to develop

knowledge about the merits of steel structures and

the behaviour of structural steel under

compression, under beams and under beams

columns and column bases.


be able to:

CO1:- Discuss the basic elements of steel structure.

CO2:- Explain the basis of economical and safe design of

steel structures.

CO3:- Analyse the ability to design structural steel

elements by limit state method.

CO4:- Analyse the basic elements of steel structure like

beams.

CO5:- Design the elements of steel structure like beam

columns and column bases.

UNIT I: MATERIALS AND METHODS OF ANALYSIS

Properties of Structural Steel, I. S. Specification for Rolled Sections, Elastic Analysis, Plastic Analysis for steel

beams and frames - plastic hinges, Collapse mechanism, plastic modulus, shape factor.

Introduction to working stress method and Limit state method of design of steel structures, Classification of

rolled sections, types of loads and load combinations. [10 Hrs.]

UNIT II: FASTENERS AND TENSION MEMBERS

Riveted, Bolted and Welded Connections, Strength, Efficiency and Design of Joints, Advantages and

Disadvantages of Welded Joints, Design of Fillet and Butt Welds, Design of Eccentric Connections, High

strength friction grip bolts.

Net Sectional Area of Tension Members, Design of Axially Loaded Tension Member, Steel Angles under

tension. [12 Hrs.]

UNIT III: COMPRESSION MEMBERS

Modes of Failure of a Column, Buckling Failure: Euler’s Theory, Effective Length, Slenderness Ratio, I.S. Code approach for design of Compression Members, Design of Built-Up Compression Members. [10 Hrs.]

UNIT IV: BEAMS

Design Procedure, laterally supported and laterally unsupported beams, Web Crippling, Web Buckling, Design

of Built-Up Beams, Curtailment of Flange Plates. [8 Hrs.]



SYLLABUS


1st SEMESTER

Limit State Design of Steel Structures


Evaluation

Scheme


100 20 20 140 3 Hours



UNIT V: BEAM COLUMNS AND CLOUMN BASES

Design of Member Subjected to combined forces, Eccentricity of Load, Interaction Formulae. Slab and

Gusseted Bases, Eccentrically Loaded Base Plates. [8 Hrs.]

Text Books:

S.


1. Teaching Resource for Structural

Steel Design

Rangachari Narayan Institute for Steel Development

and Growth, Kolkata

2. Various Indian Standard codes of

practice on steel structures

– –

Reference Books:

S.


1. Steel Designers’ Manual Davidson B. and Owens, G.W. Blackwell Publishing, UK





– –



SYLLABUS


1st SEMESTER

Advanced Design of Steel Structures


Evaluation

Scheme


100 20 20 140 3 Hours




This course aims to introduce students to use

advanced design of steel structures. Also they

will be dealing with the design of plate and gantry

girder, different types of trusses, members

subjects to lateral and axial loads, different types

of connection and light gauge steel structure


be able to:

CO1:- Design plate and gantry girders.

CO2:- Design various types of trusses.

CO3:- Design members subjected to lateral and axial

loads.

CO4:- Design various types of connections.

CO5:- Design light gauge steel structures.

UNIT I: PLATE AND GANTRY GIRDERS

Design of Plate Girders, Vertical and Horizontal Stiffeners for plate girders, Connections and Splices. Forces

acting on gantry girders, Cross sections for Gantry Girders, Design Considerations. [10 Hrs.]

UNIT II: INDUSTRIAL BUILDINGS

Single storey Industrial buildings and bents, Design of Trusses, Purlins, Louver rails, Gable column etc.,

Analysis of Gable Frames, check for deflection. [10 Hrs.]

UNIT III: HIGH RISE BUILDINGS

Design of members subjected to lateral loads and axial loads, Sway and non-sway frames, Permissible sway.

[10 Hrs.]

UNIT IV: CONNECTIONS

Types of connections, Design of framed and seated beam connections, Unstiffened and Stiffened seat

connections, Continuous beam-to-beam connections and continuous beam-to-column connection, moment

resisting connections, welded and bolted connections. [10 Hrs.]

UNIT V: LIGHT GAUGE STEEL STRUCTURES

Types of cross sections, local bucking and ateral bucking, concepts of Effective width, Design of compression

and tension members, Beams, Deflection of beams and design of beam webs. Combined stresses and

connections. [8 Hrs.]



SYLLABUS


1st SEMESTER

Advanced Design of Steel Structures


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Teaching Resource for Structural

Steel Design

– Institute for Steel Development

and Growth, Kolkata.

2. Various Indian Standard codes of

practice on steel structures

– –

Reference Books:

S.


1. Steel Designers’ Manual Davidson B. and Owens, G.W. Blackwell Publishing, UK





– –



SYLLABUS


1st SEMESTER

Theory of Elastic Stability


Evaluation

Scheme


100 20 20 140 3 Hours




The course is intended to emphasize the

importance of theory of elastic stability in

engineering design, particularly in beam, column

and frames and apply it to diverse problems in

civil engineering.


be able to:

CO1:- Explain the stability and behavior of columns.

CO2:- Analyse the behavior of column and design

accordingly.

CO3:- Evaluate the critical loads in multistoried frames,

beams and columns.

CO4:- Apply the concept of torsional, flexural and lateral

buckling of beams.

CO5:- Analyse the thin plates subjected to buckling.

UNIT I: STABILITY OF COLUMNS

Concepts of Elastic Structural stability, Analytical approaches to stability, characteristics of stability analysis,

Elastic Buckling of columns, Equilibrium, Energy and Imperfection approaches, Non-prismatic columns, Built

up columns, orthogonality of buckling modes, Effect of shear on buckling load, Large deflection theory.

[9 Hrs.]

UNIT II: METHODS OF ANALYSIS

Approximate methods, Rayleigh and Galerkin methods, numerical methods, Finite difference and finite

Element, analysis of columns, Experimental study of column behaviour, South well plot, Column curves,

Derivation of Column design formula, Effective length of Columns. [10 Hrs.]

UNIT III: BEAM COLUMNS AND FRAMES

Beam column behaviour, standard cases, Continuous columns and beam columns, Column on elastic

foundation, Buckling of frames, Single storey portal frames with and without side sway, Classical and stiffness

methods, Approximate evaluation of critical loads in multistoried frames. [11 Hrs.]

UNIT IV: BUCKLING OF BEAMS

Lateral buckling of beams, Energy method, Application to Symmetric and simply symmetric I beams, simply

supported and Cantilever beams, Narrow rectangular cross sections, Numerical solutions, Torsional buckling,

Uniform and non uniform Torsion on open cross section, Flexural torsional buckling, Equilibrium and energy

approach. [9 Hrs.]

UNIT V: BUCKLING OF THIN PLATES

Isotropic rectangular plates, Governing Differential equations, Simply Supported on all edges, Use of Energy

methods, Plates with stiffeners, Numerical Techniques. [9 Hrs.]



SYLLABUS


1st SEMESTER

Theory of Elastic Stability


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Stability of Structures Ashwini Kumar Allied Publishers Ltd.

2. Theory of Elastic stability Stephen P. Timoshenko and Gere McGraw-Hill Company

Reference Books:

S.


1. Elastic Stability of Structures Smitses Prentice Hall

2. Structural Stability of Columns

and Plates

NGR Iyengar Affiliated East- West Press Pvt.

Ltd.



SYLLABUS


1st SEMESTER

Applied Fuzzy Logic and Fuzzy sets


Evaluation

Scheme


100 20 20 140 3 Hours




This course introduces the basic concepts of

modeling in systems using fuzzy sets and their

role in applications of control and reasoning

systems.


be able to:

CO1:- Apply the basic knowledge of the fuzzy sets,

operations and their properties.

CO2:- Evaluate the fundamental concepts of Fuzzy

functions and arithmetic operations.

CO3:- Design, develop and implement a fuzzy logic based

decision-making system.

CO4:- Design non linear simulation using Fuzzy rule based

systems.

CO5:- Design fuzzy logic control systems and its industrial

application.

UNIT I: CLASSIFICATION OF SETS AND FUZZY SETS

Basic concepts of classical set and Fuzzy set, Basic operations and properties of classical and Fuzzy sets, Basic

concepts of classical relation & Fuzzy relation. [9 Hrs.]

UNIT II: MEMBERSHIP FUNCTION AND FUZZY ARITHMETIC

Features of the Membership Function, Standard Forms land Boundaries, Fuzzification, Membership value

Assignments, Extension Principle, Fuzzy Transform, Fuzzy Numbers, Approximate Methods of Extension,

Fuzzy Vectors. [10 Hrs.]

UNIT III: CLASSICAL LOGIC, FUZZY LOGIC & FUZZY RULE BASED SYSTEMS

Classical Predicate logic, Fuzzy Logic, Approximate Reasoning, Fuzzy Tautologies, Contradictions,

Equivalence & Logical Proofs, Natural Language, Linguistic Hedges, Rule-based Systems. [12 Hrs.]

UNIT IV: FUZZY NON LINEAR SIMULATION & FUZZY OPTIMIZATION

Fuzzy Relational Equations, Partitioning, Non linear simulation using Fuzzy Rule-Based systems, Fuzzy

Synthetic Evaluation, Fuzzy ordering, Preference & Consensus, Fuzzy Bayesian Decision method. [8 Hrs.]

UNIT V: FUZZY CONTROL SYSTEM & FUZZY OPTIMIZATION

Simple Fuzzy logic controllers, Industrial Applications, Fuzzy Optimization, Fuzzy One Dimensional

Optimization, Fuzzy maximum & minimum. [9 Hrs.]



SYLLABUS


1st SEMESTER

Applied Fuzzy Logic and Fuzzy sets


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Fuzzy set Theory and its

Application

Zimmermann H.J. Allied Publishers Ltd.

2. Fuzzy Logic with Engineering

Applications

Ross T. J. McGraw Hill Publications.

Reference Books:

S.


1. Fuzzy sets & Fuzzy Logic,

Theory & Applications

G.J. Klier, Boyuan Prentice Hall of India





– –



SYLLABUS


1st SEMESTER

Advanced Concrete Technology and Admixtures (Lab)


Evaluation

Scheme


75 – 75 150 –



This course aims to prepare the students to

effectively link theory with practice and

application and to demonstrate background of the

theoretical aspects. It also helps the students to

have hands on experience on the equipment and

machines.


be able to:

CO1:- Apply knowledge of Engineering fundamentals to

the solution of complex behaviour of building materials.

CO2:- Describe the properties of hardened concrete.

CO3:- Apply the knowledge to assess building structures.

CO4:- Identify, formulate and analyse the problem in

concrete technology.

CO5:- Describe the Non-destructive testing techniques.

Experiments to be performed (Minimum 10 experiments to be performed)

1. Tests for properties of Cement.

2. Tests for properties of Fine Aggregates.

3. Tests for properties of Coarse Aggregates.

4. Tests for properties of Admixtures.

5. Tests for strength of Concrete.

6. Tests for Flexural Strength of Concrete

7. Tests for Modulus of Elasticity of Concrete.

8. Concrete mix design (without Admixtures) and Trial Mixes.

9. Concrete mix design (with Admixtures) and Trial Mixes.

10. Non-destructive testing methods.

11. Behaviour of Concrete under different curing conditions.

12. Behaviour of Concrete under different exposure conditions.

13. Behaviour of Concrete under different placing conditions.

14. Residual Strength of existing concrete structures.

15. Comparison of properties of concrete prepared with materials from different locations.

List of Equipments / Machine Required:

1. Compression Testing Machine 100 T capacity

2. Cube Moulds 150 x 150 x 150 mm 12 nos.



5. Sieves of Various Sizes

6. Slump Cone Apparatus

7. Compaction Factor Apparatus

8. Moulds for Flexural Strength of Concrete

9. Cylindrical Moulds for Compressive Strength of Concrete

10. Mixing Tray, Trovels etc.



SYLLABUS


1st SEMESTER

Advanced Concrete Technology and Admixtures (Lab)


Evaluation

Scheme


75 – 75 150 –


Text Books:

S.

No. Title Authors Edition Publisher

1. Properties of Concrete,

Pearson Education

Neville A.M. – –

2. Handbook on Concrete

Mixes

SP23 Bureau of Indian

Standards, New Delhi



SYLLABUS


1st SEMESTER

Matrix Methods of Structural Analysis (Lab)


Evaluation

Scheme


75 – 75 150 –



This course aims to introduce students with

SAP2000 which is ideal software for the analysis

and design of any type of structural system. This

will also help the students to gain knowledge

about the behavior of structures in different

loading conditions.


be able to: CO1:- Analyze Continuous Beams on SAP2000 under

different loading conditions.

CO2:- Analyze Plane Frames (Rigid Jointed) on SAP2000

under different loading conditions.

CO3:- Analyze Plane Frames (Pin Jointed) on SAP2000

under different loading conditions.

CO4:- Describe the behaviour of Frames under different

loading conditions.

CO5:- Describe the behaviour of Frames under combined

loading conditions.

Experiments to be performed (Minimum 10 experiments to be performed)

1. Introduction to Software for Structural Analysis, such as SAP2000

2. Analysis of Continuous Beams on SAP2000 (Support Conditions and Loading type I)

3. Analysis of Continuous Beams on SAP2000 (Support Conditions and Loading type II)

4. Analysis of Continuous Beams on SAP2000 (Support Conditions and Loading type III)

5. Analysis of Plane Frames (Rigid Jointed) on SAP2000 (Support Conditions and Loading type I)

6. Analysis of Plane Frames (Rigid Jointed) on SAP2000 (Support Conditions and Loading type II)

7. Analysis of Plane Frames (Rigid Jointed) on SAP2000 (Support Conditions and Loading type III)

8. Analysis of Plane Frames (Pin Jointed) on SAP2000 (Support Conditions and Loading type I)

9. Analysis of Plane Frames (Pin Jointed) on SAP2000 (Support Conditions and Loading type II)

10. Analysis of Plane Frames (Pin Jointed) on SAP2000 (Support Conditions and Loading type III).

11. Behaviour of Frames under Dead and Live Loads.

12. Behaviour of Frames under Wind Loads.

13. Behaviour of Frames under Earthquake Loads.

14. Behaviour of Frames under combinations of Dead Load, Live Load and Wind Load.

15. Behaviour of Frames under combinations of Dead Load, Live Load and Earthquake Load.


1. PIV Computers with 17” Colour Monitors & UPS

2. SAP2000 Software.



SYLLABUS


1st SEMESTER

Matrix Methods of Structural Analysis (Lab)


Evaluation

Scheme


75 – 75 150 –


Text Books:

S.

No. Title Authors Edition Publisher

1. Users Manual for

SAP2000 Software

Package

– – Computers and

Structures Inc., Berkley

2. Verification Manual for

SAP2000 Software

Package

– – Computers and

Structures Inc., Berkley



SCHEME OF TEACHING AND EXAMINATION

(Effective from 2020 – 2021 Batch)


2nd

Semester

Sl. N

o.

Board of Study

(BOS) Courses (Subject)

Course

Code

Period per

Week

Scheme of

Examination To

tal

Ma

rks

Cred

it L T P Theory/Lab

ESE CT TA

1. Civil Engineering Advanced Design of

Concrete Structures 229201CE 3 1 - 100 20 20 140 4

2. Civil Engineering Earthquake Effects on

Structures 229202CE 3 1 - 100 20 20 140 4

3. Civil Engineering Finite Element Analysis

of Structures 229203CE 3 1 - 100 20 20 140 4


Maintenance and

Rehabilitation of

Structures

229204CE 3 1 - 100 20 20 140 4

5. Refer Table-2 Elective-II 3 1 - 100 20 20 140 4

6. Civil Engineering Advanced Design of

Structures (Lab) 229291CE - - 3 75 - 75 150 2

7. Civil Engineering Structural

Experimentation (Lab) 229292CE - - 3 75 - 75 150 2

Total Marks 15 5 6 650 100 250 1000 24

Table-2: Elective-II

Sl. N

o.

Board of Studies (BOS) Courses (Subject) Course

Code

1. Civil Engineering Advance Foundation Engineering 229221CE

2. Civil Engineering Design of Industrial Structures 229222CE

3. Civil Engineering Fabrication and Erection of Structures 229223CE

4. Civil Engineering Composite Construction using Structural Steel 229224CE

Note:

(a) Abbreviations used: L-Lecture, T-Tutorial, P-Practical, ESE-End Semester Exam, CT- Class Test, TA-Teacher's Assessment.

(b) Choice of elective course once made for an examination cannot be changed in future examinations.

♦♦♦



SYLLABUS


2nd

SEMESTER

Advanced Design of Concrete Structures


Evaluation

Scheme


100 20 20 140 3 Hours




The course objective is to impart knowledge to

the students about the behaviour and analysis of

RCC Beams and columns, designing principles of

shear walls, designing of Flat Slabs and the

inelastic behaviour of concrete.


be able to:

CO1:- Analyse the modes of failure and calculate

deflection and crack width.

CO2:- Analyse the different types of failure modes of

slender columns.

CO3:- Classify and design different types of RC Elements.

CO4:- Apply the design procedure of Flat Slab as per IS

method.

CO5:- Apply the concept of moment redistribution in RCC

structures.

UNIT I: DESIGN OF BEAMS

Behaviour of RCC beams under combined Shear, Torsion and Bending, Modes of Failures, Inter action effects,

Analysis and design of beams circular in plan, Design calculation of deflections and crack width. [10 Hrs.]

UNIT II: DESIGN OF SLENDER COLUMNS

Behaviour of slender RCC Columns, Failure modes and Interaction curves, Additional Moment method,

Comparison of codal provisions, calculation of design moments for braced and unbraced columns, Principles of

Moment magnification method, design of slender columns. [10 Hrs.]

UNIT III: DESIGN OF SPECIAL RC ELEMENTS

Design and detailing of Concrete walls according to IS code, Classification of shear walls, design principles,

design of rectangular shear walls, Analysis of forces, Approximate analysis and design of Grid floors. [10 Hrs.]

UNIT IV: DESIGN OF FLAT SLABS

Design of Flat slabs according to IS method, Shear in Flat Slabs. [9 Hrs.]

UNIT V: INELASTIC BEHAVIOUR

Inelastic behaviour of concrete beams-moment-rotation curves, moment redistribution, Design of cast-in-situ

joints in frames. Detailing requirements for ductility, durability and fire resistance. [9 Hrs.]

Text Books:



SYLLABUS


2nd

SEMESTER

Advanced Design of Concrete Structures


Evaluation

Scheme


100 20 20 140 3 Hours



S.


1. Advanced Reinforced Concrete

Design

Varghese, P.C. Prentice Hall of India

2. Advanced Reinforced Concrete

Design

Krishna Raju, N. CBS Publishers and Distributers

Reference Books:

S.


1. Reinforced Concrete Structure

Structural Elements: Behaviour

Analysis and Design

Purushothaman, P Tata McGraw-Hill

2. Design of Concrete Structures Arthur H. Nilson Tata McGraw-Hill



SYLLABUS


2nd

SEMESTER

Earthquake Effects on Structures


Evaluation

Scheme


100 20 20 140 3 Hours




Course Objectives is to teach the students about

the fundamentals of engineering seismology and

study about seismic zones of India. Also they will

be given knowledge on the effects of earthquake

on various structural configurations and actions to

be taken to prevent the structures and the

Relevant clauses of IS codes of practice pertinent

to earthquake resistant design.


be able to:

CO1:- Explain the basic knowledge of engineering

seismology.

CO2:- Analyze the damages to structures during different

earthquake scenarios.

CO3:- Design and analyse the requirements of earthquake

resistant structures.

CO4:- Analyse multi-storied structures modeled using

IS-1893 procedures.

CO5:- Evaluate the special problems on structural

configuration and irregularities.

UNIT I: ENGINEERING SEISMOLOGY

Elements of Engineering Seismology, Characterization of ground motion, Earthquake intensity and magnitude,

Recording instruments and base line correction, Predominant period and amplification through soil, Earthquake

spectra for elastic and inelastic systems, Response Spectrum, Indian Standard Codes on Earthquake

Engineering, Seismic Zoning Map of India. [10 Hrs.]

UNIT II: CASE STUDIES

Earthquake History, Behaviour of Structures in the past Earthquakes, Case Studies and Remidial Measures.

[9 Hrs.]

UNIT III: DESIGN CONCEPTS

Seismic Design Concepts, Cyclic load behaviour of structural elements, Design spectrum, Principles of capacity

design. [10 Hrs.]

UNIT IV: CODAL PROVISIONS

Idealization of structural systems for low, medium and high rise buildings, Provisions of Seismic Code

(IS 1893), Building systems frames, shear walls, Braced Frames. Ductility requirements for framed structures.

[10 Hrs.]



SYLLABUS


2nd

SEMESTER

Earthquake Effects on Structures


Evaluation

Scheme


100 20 20 140 3 Hours



UNIT V: SPECIAL PROBLEMS

Structural Configuration, Seismic performance, Irregular Buildings, Soil performance, Modern Concepts, Base

Isolation, Adoptive system. [9 Hrs.]

Text Books:

S.


1. Earthquake Resistant Design of

Structures

Agrawal P. and Srikhande M. Prentice hall of India Private

Limited, New Delhi

2. Indian Standard Codes /

Handbooks on Earthquake

Engineering

– –

Reference Books:

S.


1. Dynamics of Structures – Theory

and applications to Earthquake

Engineering

Chopra A.K. Prentice Hall Inc.


workshops / conferences, Papers

from relevant National and

International Journals and

Material

– NICEE, IIT Kanpur



SYLLABUS


2nd

SEMESTER

Finite Element Analysis of Structures


Evaluation

Scheme


100 20 20 140 3 Hours




The objective of this course is to introduce the

finite element method for analysis of beams, rigid

jointed plane frames, pin jointed plane frames and

plate and shell elements.


be able to:

CO1:- Explain the basic fundamental of finite element

method.

CO2:- Analyse beams using finite elements method.

CO3:- Analyse rigid jointed plane frame using finite

elements method.

CO4:- Analyse pin jointed plane frame using finite

elements method.

CO5:- Analyse plate and shell elements using Finite

Element Method.

UNIT I: BASIC CONCEPTS

Review of solid mechanics, Displacement model, shape functions, Lagrange and Serendipity elements. Element

properties, isoperimetric elements, numerical integration technique assemblage of elements and solution

technique for static analysis. [10 Hrs.]

UNIT II: ANALYSIS OF BEAMS

Finite Element formulation and Analysis of beams by Finite Element method. [9 Hrs.]

UNIT III: ANALYSIS OF RIGID JOINTED PLANE FRAME

Finite Element formulation and Analysis of rigid jointed plane frame by Finite Element method. [10 Hrs.]

UNIT IV: ANALYSIS OF PIN JOINTED PLANE FRAME

Finite Element formulation and Analysis of pin jointed plane frame by Finite Element method. [9 Hrs.]

UNIT V: INTRODUCTION TO PLATE AND SHELL ELEMENTS

Analysis of plane stress / strain and ax symmetric solids-triangular, quadrilateral and isoperametric elements,

Analysis of plate bending, basic equations of thin plate theory, Reissinner-Mindlin theory, plate elements and

applications. Analysis of shells, degenerated shell elements. [10 Hrs.]



SYLLABUS


2nd

SEMESTER

Finite Element Analysis of Structures


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Introduction to Finite Elements

in Engineering

Chandrupatla T.R., Belegundu

A.D.

Prentice Hall of India Private

Limited, New Delhi

2. Introduction to the Finite

Element Method

Desai C.S., Abel J.F. CBS Publishers & Distributors,

Delhi

Reference Books:

S.



Theory and Programming

Krishanmurthy, C.S. Tata McGraw Hill Publishing



Theory and Programming by

Concepts and Applications of

Finite Element Analysis

Cook R.D. et.al. John Wiley



SYLLABUS


2nd

SEMESTER

Maintenance and Rehabilitation of Structures


Evaluation

Scheme


100 20 20 140 3 Hours




The Objective of the course is to make the

students understand the engineering properties of

concrete material and characterize their adverse

effects. Also they are given insight as how to

implement the maintenance and repair in concrete

material.


be able to:

CO1:- Evaluate the properties and characteristics of

construction materials.

CO2:- Analyse the serviceability and durability of

materials.

CO3:- Perform the testing techniques and evaluate the

damage of construction

CO4:- Analyze the special materials and chemicals used in

concrete and their engineering properties.

CO5:- Apply different types of repair techniques.

UNIT I: QUALITY ASSURANCE

Quality assurance for Concrete and Steel construction, Properties such as strength, permeability, thermal

properties and cracking. Corrosion prevention. [8 Hrs.]

UNIT II: INFLUENCE ON SERVICEBILITY AND DURABILITY

Effects due to climate, temperature, chemicals, wear and erosion, Design and construction errors, corrosion

mechanism, Effects of cover thickness and cracking, methods of corrosion protection, corrosion inhibitors,

corrosion resistant steels, coatings, cathodic protection. [10 Hrs.]

UNIT III: MAINTENANCE AND REPAIR STRATEGIES

Definitions: Maintenance, repair and rehabilitation, Facets of Maintenance importance of Maintenance

Preventive measures on various aspects Inspection, Assessment procedure for evaluating a damaged structure

causes of deterioration - testing techniques. [12 Hrs.]

UNIT IV: MATERIALS FOR REPAIR

Special concretes and mortar, concrete chemicals, special elements for accelerated strength gain, Expansive

cement, polymer concrete, Sulphur infiltrated concrete, ferro cement, Fiber reinforced concrete. [10 Hrs.]

UNIT V: TECHNIQUES FOR REPAIR

Rust eliminators and polymers coating for rebar’s during repair foamed concrete, mortar and dry pack, vacuum concrete, Gunite and Shotcrete Epoxy injection, Mortar repair for cracks, shoring and underpinning. [8 Hrs.]



SYLLABUS


2nd

SEMESTER

Maintenance and Rehabilitation of Structures


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Concrete Structures, Materials,

Maintenance and Repair

Denison Campbell, Allen and

Harold Roper

Longman Scientific and

Technical UK

2. Repair of Concrete Structures R.T. Allen and S.C. Edwards Blakie and Sons, UK

Reference Books:

S.


1. Concrete Technology - Theory

and Practice

M.S. Shetty S. Chand and Company, New

Delhi

2. Learning from failures -

Deficiencies in Design

Raikar, R.N. Construction and Service - R &

D Centre (SDCPL), Raikar

Bhavan, Bombay



SYLLABUS

M.Tech. (Structural Engineering) 2

nd SEMESTER

Advanced Foundation Engineering


Evaluation

Scheme


100 20 20 140 3 Hours




This course aims to introduce students to

advanced foundation engineering, soil structure

interaction, beam on elastic foundation, pile

foundation and special considerations


be able to:

CO1:- Explain the basic fundamental of foundation

engineering.

CO2:- Analyse the behavior of soil structure.

CO3:- Analyse the beams on elastic foundation.

CO4:- Explain pile foundation.

CO5:- Applying different methods of improvement of

foundation soil.

UNIT I: PRINCIPLES OF FOUNDATION ENGINEERING

Functions of foundations, Types of foundations, Principal modes of failure, Estimation of allowable bearing

pressures, calculation of ultimate bearing capacity by theoretical and empirical methods, settlement of

foundations, Factors to be considered in foundation design. [8 Hrs.]

UNIT II: SOIL STRUCTURE INTERACTION

Introduction to soil-foundation interaction problems – Soil behaviour, Foundation behaviour, Interface

behaviour, Scope of soil foundation interaction analysis, Soil response models, Elastic continuum, two

parameter elastic models, Elastic plastic behaviour, Time dependent behaviour. [10 Hrs.]

UNIT III: BEAMS ON ELASTIC FOUNDATION

Infinite beam, two parameters, Isotropic elastic half -space, Analysis of beams of finite length, Classification of

finite beams in relation to their stiffness. [10 Hrs.]

UNIT IV: PILE FOUNDATIONS

Purpose / Uses of pile foundations, Classification of piles, Concrete and Steel Piles, their advantages and

disadvantages, behaviour of pile and pile groups under load, inte raction analysis, Estimation of carrying

capacity of piles and pile groups. Load deflection prediction for laterally loaded piles. [12 Hrs.]

UNIT V: SPECIAL CONSIDERATIONS

Improvement of foundation soils - Purpose, Improvement of Granular Soils, Improvement of Cohesive soils,

Grouting, Geosynthetics, Specific Applications. [8 Hrs.]



SYLLABUS


nd SEMESTER

Advanced Foundation Engineering


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Foundation Analysis and Design Bowles J.E. Mc-Graw Hill International

Edition.

2. Foundation Engineering Varghese P.C. Prentice Hall of India Private

Limited.

Reference Books:

S.


1. Foundation Design and

Construction

Tomlinson ELBS Longman, 1996

2. Soil Engineering in Theory and

practice

A. Singh & G.R. Chowdhry CBS Publishers, 1990



SYLLABUS


nd SEMESTER

Design of Industrial Structures


Evaluation

Scheme


100 20 20 140 3 Hours




The major objective of the course is to introduce

the students about planning and functional

requirements of industries and to design of

industrial buildings, bunkers and silos, power

plant and power transmission structures.


be able to:

CO1:- Plan the industries with proper requisites.

CO2:- Design of industrial buildings.

CO3:- Analyse and design of bunkers and silos.

CO4:- Explain the power plant structures.

CO5:- Discuss the power transmission structures.

UNIT I: PLANNING AND FUNCTIONAL REQIREMENTS

Classification of Industries and Industrial structures - planning for Layout Requirements regarding Lighting,

Ventilation and Fire Safety - Protection against noise and vibration - Guidelines from Factories Act. [8 Hrs.]

UNIT II: INDUSTRIAL BUILDINGS

Roofs for Industrial Buildings, Trusses and domes, Gantry Girders, Machine Foundations. [10 Hrs.]

UNIT III: BUNKERS AND SILOS

Analysis and Design of Bunkers and Silos. [12 Hrs.]

UNIT IV: POWER PLANT STRUCTURES

Chimneys and Cooling Towers, High Pressure boilers and piping design, Nuclear containment structures.

[10 Hrs.]

UNIT V: POWER TRANSMISSION STRUCTURES

Cables, Transmission Line Towers, Substation Structures, Tower Foundations, Testing Towers. [8 Hrs.]

Text Books:

S.


1. Indian Standard Codes and

Handbooks on Industrial

Structures

– –

2. Institute for Steel Development

and Growth, Kolkata

– Relevant Publications



SYLLABUS


nd SEMESTER

Design of Industrial Structures


Evaluation

Scheme


100 20 20 140 3 Hours



Reference Books:

S.


1. Handbook of Machine

Foundations

P. Srinivasulu and C.V.

Vaidyanathan

Tata McGraw-Hill

2. Tall Chimneys – Design and

Construction

S.N. Manohar Tata McGraw-Hill

3. Transmission Line Structures A.R. Santha Kumar and S.S.

Murthy

Tata McGraw-Hill

4. Storage Structures Dr. K. Rajagopalan Oxford IBH Publishing

Company Ltd.



SYLLABUS


nd SEMESTER

Fabrication and Erection of Structures


Evaluation

Scheme


100 20 20 140 3 Hours




The objective of the course is aimed to develop

the fundamental knowledge of fabrication and

erection of steel structural members.


be able to:

CO1:- Explain about the fabrication erection of steel

structural members.

CO2:- Apply the knowledge of fabrication drawings.

CO3:- Describe erection process.

CO4:- Discuss about tools for erection.

CO5:- Explain inspection, quality control and safety during

fabrication and erection.

UNIT 1: INTRODUCTION TO FABRICATION AND STRUCTURAL ERECTION

Various slopes, size and properties of rolled steel sections, tubes and hollow rectangular sections: Chemical

composition, physical properties and weldability of various types of structures steel, their suitability for various

purposes.

Various operations like interpretation of drawings, shop-floor operations, fastenings, assembling, finishing and

shipping, sub -assemblies and main assemblies. [10 Hrs.]

UNIT 2: FABRICATION DRAWINGS

Structural connections, their classification, symbols for their representation, layout of an industrial building,

preparation of fabrication drawing and detailing for columns, trusses, beams and cladding, detailing of truss-

joints, column bases, beam to beam and column to beam connection (Seated and framed). [10 Hrs.]

UNIT 3: ERECTION PROCESS

Principle of erection, Erection organisation, Preparation and reading of erection drawing, Assembly marks,

common types of structures to be erected, erection of tackle and false work equipments for lifting and rigging,

Code provisions for erection.

Methods of erection, levelling and alignment, setting out and grouting, allowable tolerances for plumbing,

levelling and alignment. [10 Hrs.]

UNIT 4: TOOLS FOR ERECTION

Miscellaneous small tools for erection like drifts, shakles and grips, erection of shed type buildings, portal

frames, multi-storeyed buildings, prefabricated tanks, towers and chimneys. [9 Hrs.]

UNIT 5: INSPECTION, QUALITY CONTROL AND SAFETY

Code provisions for tolerances and deviations, Inspection of welds, radiographic and ultrasonic techniques,



SYLLABUS


nd SEMESTER

Fabrication and Erection of Structures


Evaluation

Scheme


100 20 20 140 3 Hours



Various stages of inspection, Quality control departments, methods of rectification of defects.

Accidents and their causes, Various unsafe acts and precautions for their prevention, Rules for safety for cranes,

winches, etc. Safety during electrical operations and while using X-ray equipments, Maintenance of erected

structures, surface treatment against corrosion, etc. [9 Hrs.]

Text Books:

S.


1. Structural Steel Fabrication and

Erection

S.K. Saxena and R.B. Asthane Somaiya Publications, 172,

Mumbai Marathi Granth,

Sangrahalaya Marg, Dadar,

Bombay-14

2. Guide Book for Fabrication and

Erection of Steel Structures

– Institute for Steel Development

and Growth, Kolkata

Reference Books:

S.


1. Structural Steel Drafting and

Detailing

Shivagunde R.B. and Asthana

R.B.

Somaiya Publications, New

Delhi.

2. Steel Designer’s Manual Graham W. Owens & Peter R.

Knowles

Blackwell Scientific

Publications, London



SYLLABUS


nd SEMESTER

Composite Construction using Structural Steel


Evaluation

Scheme


100 20 20 140 3 Hours




The objective of the course is aimed to develop

the fundamental knowledge of composite

construction by using structural steel and design

of a composite structure like bridges.


be able to:

CO1:- Explain about the concrete composite construction.

CO2:- Design of composite member.

CO3:- Design of composite members connection.

CO4:- Analyze and Design of composite bridges.

CO5:- Explain about the case study of concrete composite

building and bridges construction.

UNIT I: INTRODUCTION

Introduction to steel - Concrete composite construction, Theory of composite structures, Seismic behaviour of

composite structures. [10 Hrs.]

UNIT II: DESIGN OF COMPOSITE MEMBERS

Behaviour of composite beams and Columns, Design of composite beams, Steel - Concrete composite columns,

Design of composite trusses. [10 Hrs.]

UNIT III: DESIGN OF CONNECTIONS

Types of connections, Design of connections in the composite structures, Shear connections, Design of

connections in composite trusses. [10 Hrs.]

UNIT IV: COMPOSITE BRIDGERS

Introduction, Behaviour of composite bridges, Design concepts. [9 Hrs.]

UNIT V: CASE STUDIES

Case studies on steel - Concrete composite construction in buildings and bridges. [9 Hrs.]

Text Books:

S.


1. Composite structures of steel and

concrete

Johnson R.P. Blackwell Scientific Publications

(Second Edition), UK, 1994

2. Handbooks Published – Institute for Steel Development

and Growth, Kolkata



SYLLABUS


nd SEMESTER

Composite Construction using Structural Steel


Evaluation

Scheme


100 20 20 140 3 Hours



Text Books:

S.


1. Steel Designers manual (Fifth

edition)

Owens, G.W. and Knowels. P. Steel Concrete Institute (UK),

Oxford Blackwell Scientific

Publications, 1992





– –



SYLLABUS


2nd

SEMESTER

Advanced Design of Structures (Lab)


Evaluation

Scheme


75 – 75 150 –



This course aims to introduce students with the

basics of Standard Structural Engineering Design

Packages such as STAAD Pro and ANSYS and to

provide knowledge about all the essentials to

learn and use such design packages.


be able to:

CO1:- Apply the knowledge of structural packages to solve

complex problems.

CO2:- Design and Interpretate of Results of Design of

Steel Frame.

CO3:- Design and Interpretate of Results of Design of

RCC Frame.

CO4:- Design Multistorey Buildings for Dead Loads, Live

Loads and Earthquake Loads.

CO5:- Explain Non-Linear Finite Element analysis of

structures.

Experiments to be performed (Minimum 10 experiment to be performed)

1. Introduction to latest version of a Standard Structural Engineering Design Package such as STAAD

Pro.

2. Modelling of RCC Frame on latest version of a Standard Structural Engineering Design Package such

as STAAD Pro. (including Earthquake and Wind Loads)

3. Analysis and Interpretation of Results of Analysis on RCC Frame on latest version of a Standard

Structural Engineering Design Package such as STAAD Pro.

4. Design and Interpretation of Results of Design of RCC Frame on latest version of a Standard Structural

Engineering Design Package such as STAAD Pro.

5. Modelling, of Steel Frame on latest version of a Standard Structural Engineering Design Package such

as STAAD Pro. (including Earthquake and Wind Loads)

6. Analysis and Interpretation of Results of Analysis on Steel Frame on latest version of a Standard

Structural Engineering Design Package such as STAAD Pro.

7. Design and Interpretation of Results of Design of Steel Frame on latest version of a Standard Structural

Engineering Design Package such as STAAD Pro.

8. Case Study of design of a RCC Multistorey Building / Steel Industrial Building on latest version of a

Standard Structural Engineering Design Package such as STAAD Pro.

9. Introduction to latest version of Finite Element Package such as ANSYS.

10. Modeling of an Steel Angle section on ANSYS and viewing the results.

11. Design of Multistorey Building for Dead Loads and Live Loads.

12. Design of Multistorey Building for Dead Loads, Live Loads and Wind Loads.

13. Design of Multistorey Building for Dead Loads, Live Loads and Earthquake Loads.

14. Modelling of Steel Connections in Finite Element Package ANSYS.

15. Introduction to Non-Linear Finite Element analysis of structures on ANSYS



SYLLABUS


2nd

SEMESTER

Advanced Design of Structures (Lab)


Evaluation

Scheme


75 – 75 150 –



1. PIV Computers with 17” Colour Monitors & UPS

2. STAAD Pro Software

3. ANSYS Software

Text Books:

S.


1. Users Manuals for STAAD Pro

Software.

– –

2. Users Manuals for ANSYS

Software.

– –



SYLLABUS


2nd

SEMESTER

Structural Experimentation (Lab)


Evaluation

Scheme


75 – 75 150 –



This course aims to introduce students with the

basics of Universal Testing Machine (UTM) and

strain gauges with its working.


be able to:

CO1:- Describe the response of Steel Beams and RCC

columns using dial gauges.

CO2:- Evaluate stress strain curve using UTM.

CO3:- Describe the behaviour of steel beam on a loading

frame.

CO4:- Apply moment-rotation curves for preparation of

framed steel connections.

CO5:- Evaluate shear failure of bolts on Universal Testing

Machine.

Experiments to be performed (Minimum 10 experiment to be performed)

1. Study of Strain gauges – Principles and applications, mechanical, optical and electrical strain gauges,

2. Study of Strain recording instruments.

3. Study the response of RCC Beams using dial gauges, load cells etc. on a loading Frame.

4. Study the response of structural members RCC Columns using dial gauges, load cells etc. on a loading

Frame.

5. Study the response of Steel Beams using dial gauges, load cells etc. on a loading Frame.

6. Study the response of Steel Columns using dial gauges, load cells etc. on a loading Frame.

7. Study the response of Steel Trusses using dial gauges, load cells etc. on a loading Frame.

8. Testing and recording of stress strain curve of steel specimens on Universal Testing Machine.

9. Testing of steel connections to demonstrate single shear / Double shear failure of bolts on Universal

Testing Machine.

10. Use of static and dynamic data recording and processing systems.

11. Comparison of behaviour of steel beam (laterally supported and laterally unsupported) on a loading

frame

12. Load carrying capacity of RCC Columns of various cross-sections such as plus shape, circular shape,

etc.

13. Preparation of moment -rotation curves for framed steel connections.

14. Preparation of moment -rotation curves seated steel connections.

15. Preparation of moment -rotation curves for moment-resistant connections.


1. Loading frame (50T capacity)

2. Universal testing machine 100 T capacity

3. Strain gauges

4. Dial gauges

5. Load cells



SYLLABUS


2nd

SEMESTER

Structural Experimentation (Lab)


Evaluation

Scheme


75 – 75 150 –


Text Books:

S.


1. Experimental stress analysis Dally J.W. and Riley W.F. McGraw-Hill Inc., New York.

2. Instrumentation-Devices &

Systems

Rangan Csetal Tata McGraw Hill Publishing

Co. Ltd., New Delhi.

Seth Balkrishan Memorial Bhilai Institute of Technology, Durg

Documents

Transcript of Seth Balkrishan Memorial Bhilai Institute of Technology, Durg