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401. STRUCTURAL
ANALYSIS - I
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory
Tut/Prac marks
Hrs marks
marks Term work
Total
4
2
100
3
50
25
25
200
Internal
Forces: Computation
of internal forces in statically determinate structures such as plane frames, gables, beams curved in plan
and planar truss.
Arches:
Analysis of the three hinged arches (segmental and
parabolic shapes only)
Slope
and Deflection of Beams:
Differential equation
of elastic curve, relation between moment, slope and
deflection, double integration
method, Maculae's method,
moment area method.
Strain
Energy:
Resilience, strain energy in tension,
shear, bending, torsion,
proof-resilience, modulus of
resilience, impact and sudden loads.
Direct
and Bending Stress: members
subjected to eccentric loads, middle
third rule, kernel of the section,
structures such as dam, chimney, tall buildings, retaining walls
etc. subjected to wind or hydraulic loads.
Columns
and Struts: Standard
cases of end conditions and
corresponding effective length, buckling, radius of
gyration, principle axes,
Mohr’s circle
of inertia,
Euler’s and
Rankine’s formula, eccentrically loaded columns, columns
with lateral loadings.
Influence
Lines: Influence
line diagram for support reactions, shear force, bending moment for
statically determinate beams and axial forces in trusses, criterion for
maximum effect due to point
loads and udl.
Planar
Structures: Types of
statically determinate and indeterminate planar structures, static and kinematics indeterminacy, principle
of superposition, Maxwell’s reciprocal relation, stable/unstable structures.
Propped
Cantilever: Analysis of
propped cantilever beams by consistent
deformation method, rigid and elastic supports, beams of varying
moment of inertia.
Fixed
Beams: Computation of fixed-end actions for point load,
uniformly distributed load, varying load and couples, settlement and
rotation of supports, beams of varying moment of inertia.
TERM WORK
It shall
consist of at least twenty problems based on the syllabus.
TEXT BOOKS
Basic Structural Analysis
C.S. Reddy
Mechanics of Structures, Vol.-I
S.B. Junnarkar and H.J. Shah
Mechanics of Structures, Vol.-II
S.B. Junnarkar and H.J. Shah
REFERENCES
Intermediate Structural Analysis
C.K. Wang
Mechanics of Materials
Timoshenko and Gere
Mechanics of Materials
E. P. Popov
402. BUILDING CONSTRUCTION
Teaching Scheme
Examination Scheme
Theory
Sessional Prac/Oral
Theory
Tut/Prac
marks Hrs
marks
marks Term
work Total
4
2
100
3 50
25
25 200
Setting
Out Of Buildings:
Various shape of Buildings, Setting out buildings, marking of
Horizontal & Vertical
controls.
Excavation
& Back filling: Methods
of excavations - shallow & Deep, Manual & mechanised, types &
methods of supports for different types of soil , Back filling.
Treatments:
Anti-termite treatment, waterproofing & D.P.C.
Foundation
Construction: Construction
sequences of deep & shallow footings / foundation in buildings,
footing, wall footing etc.
Masonry
Constructions: Construction
of masonry walls, load bearing & non load bearing, various types of
masonry bonds, Masonry lintels, Arches, Roof etc. in bricks & stones.
Concrete
Constructions: Common
concrete elements, foundation, floors, column, beam & slabs. Method of
construction, Do's & Don'ts.
Roof:
Various types of roofs, flat &
sloped construction, laying of tiles, construction in brick concrete, wood
& tiles, mud.
Flooring:
Flooring for various types of building, skirting,
preparation of floor bases, concrete, RCC, tile, IPS, Screed, vacuum wood
flooring etc.
Openings:
Doors, windows & Ventilators, types, their
constructions & installations
Finishing:
Type of finishing, Internal & External
finishing, pointing, plastering, cladding, white washing, distempering,
varnishing & painting, wall papers etc.
Stairs:
Stairs - types & their suitability,
construction of stairs.
Term Work
Will be based on above topics. Students will make
the sketches of construction details of various building elements.
Text Books
Building
Construction
Bindra & Arora
Building
Construction Handbook
R. Chudley & R. Greeno
Building
Construction
S.C.Rangwala
Building
Construction
B.C.Punmia
References
Building
construction & Technology vol.
I to IV
W. Mckay
Building
construction Vol. I & II
George Mitchell
National
Building code
Building
Construction
Sharma & Kaul
Building
Construction
Arora & Gupta
Building
Construction
Gurucharan Singh
403.
RAILWAY AND BRIDGE ENGINEERING
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs marks
marks Term work
Total
4
- 100
3
50
-
- 150
RAILWAY
ENGINEERING
Railway
Transportation and its Development: Role
of railways in transportation, Classification
of modes, Characteristics of transportation modes, Land
transportation, Comparison
of railway and highway transportation,
Advantages of railways, Political, social
and economic advantages, Classification of Indian railways.
Rails
and Railway Track : The
permanent way,
Requirements of an ideal permanent
way, Capacity of a railway track, Gauges in railway track,
Railway track cross-section,
Coning of wheels and theory of
coning, Functions of rails,
Requirements of rails, Types
of rail sections:
double headed , bull-headed ,flat footed rail ,
merits and de-merits,
Length of rails, Welding of rails, Buckling of
rails, Damaged rails, Rail failures, Wear on rails & methods to
reduce wear, Unigauge, Gauge conversion, High speed tracks.
Creep
of Rails: Definition,
Indications of creep, Theories of creep including wave
theory, percussion
theory, drag
theory . Effects of creep,
Measurement of
creep, Remedies
or prevention of creep, pulling back the rails, Anti-creepers, Use
of steel sleepers.
Sleepers,
Rail Fixtures, Fastenings & Ballast: Functions
of sleepers,
Requirement &
classification of
sleepers, Timber
sleepers, Spacing of
sleepers &
sleeper density, Purpose
& Types of Fish plates including
sections &
failure, requirements. Spikes
and its
characteristics, dog
spike, screw spike, round
spike, standard and classic spike, Chain for
B.H. and D.H. rails, C.I. chains and slide
chains, Functions &
requirement of good ballast, Types
of ballast, Renewal of
ballast.
Geometric
Design of the Track: Necessity,
Gradients and grade compensation
including gradients, momentum
gradient, pusher
or helper
gradient, gradients in
station yards, grade compensation
on curves,
Speed of
the train,
Radius or
degree of
the curve,
Super elevation or
Cant, objects
of providing
super elevation, relation with
gauge, speed and radius of
the curve, limits of
cant deficiency, negative super
elevation , Curves-necessity,
effects of
curvature, types
of curves,
requirements of transition curves.
Signaling,
Control Systems & Safety of Railway :
Objects of signaling, Classification of signaling-detonating hand,
fixed, semaphore,
Warner, shunting,
coloured light,
Automatic train
control systems,
Causes of accidents
and their prevention, points & crossings, Yards : Station yard,
marshalling yard, goods yard & locomotive yard.
BRIDGE
ENGINEERING
Introduction: Development, classification and importance,
identification of bridges,
Selection of
bridge site,
Alignment, Traffic
requirement of highway
bridge, waterway of a bridge, Maximum
flood discharge.
Foundations
and Substructures: Essential
requirement of a good foundation, General principles of design, sub-soil
exploration, Types of
foundations &
cofferdams, Abutments,
Piers, Wing
walls, Materials
for substructures.
Super
Structures : Essential
requirement of good super structures, type & general
principles of design,
Bridge architecture, major bridge, minor bridge and selection of bridges.
Loading
On Bridges: Buoyancy
pressure, Centrifugal forces, Dead load,
Deformation stresses, Earth
pressure, Erection stress, Impact load,
Live load, Longitudinal forces, Seismic load, Temperature variation
forces, water
pressure, Wind
load &
design of
bridge foundations.
Temporary
Bridges: Materials
used, Fastenings used,
Types, Bridges
with intermediate supports, Bridges without intermediate
supports, Floating bridges, Bridge bearings, Economic span of
bridge.
Maintenance
of Bridges: General
aspects for maintenance of bridges and bridge components.
TEXT BOOKS
Railway Engineering
Saxena & Arora.
Bridge Engineering
S.P.Bindra
Railway Engineering
S.C.Rangwala
Bridge Engineering
S.C.Rangwala
REFERENCES
Text book of Railway Engineering
P.K.Bhattacharjee & A.K.Basu
Railway Engineering
N.K.Vaswani
Essentials of Bridge Engineering
D.J.Victor
Bridge Engineering
Agarwal & Sodhi
404. BUILDING AND TOWN PLANNING
Teaching
Scheme Examination Scheme
Theory
Sessional Prac/Oral
Theory
Tut/Prac marks
Hrs marks
marks
Term work
Total
2
2
100 4
50 25
25
200
Planning
Of Buildings : Planning of
buildings from different fields of human activities viz. habitation,
Education, Health, Recreation, Industry and Transportation, Spatial
and land use planning, Techniques of organising spaces of different kinds
in relation to each other, Modular planning, selection of appropriate
materials and techniques of construction, fire - resistant structures.
Building
Bye-Laws: Objectives,
importance of bye-laws, F.S.I., Principles underlying building bye laws,
rules governing light, parking etc.
Elements
of Perspective Drawing: Types
of perspectives, birds-eye-view, and methods of drawing perspectives.
Town
Planning: Civil Survey, purpose,
type, data required and presentation, Elements of city plan, circulation
pattern, landscaping pattern of building, use of master plan. Central
area, town centre, civil space, shopping centre. Housing, neighbourhood
units, layout of houses, Industry: Priorities, classification, industrial
estates, Redevelopment, slum clearance scheme, Town planning scheme,
Satellite Town, Control of ribbon development.
TERMWORK
Working drawings and sketches based on above
syllabus.
TEXTBOOKS
Elements
of building planning
Shah & Kale
Elements of perspective drawing
Shah & Kale
Building drawing
Shah, Kale & Patki
Town Planning
S C Rangwala
REFERENCES
Planning and designing of buildings
Y.S.Sane
Planning and drawing of buildings
S.C.Agrawal
National building code of India
Civil Engineering Drawing & Design
Shahni
405. CONCRETE
TECHNOLOGY
Teaching Scheme Examination Scheme
Theory
Sessional Prac/Oral
Theory
Tut/Prac marks
Hrs
marks marks
Term work Total
3
2
100
3
50
25
25
200
Introduction:
Concrete as building material, advantages of
concrete over conventional building materials, future of concrete.
Concrete
Ingredients: Role of
different ingredients, cement; Manufacturing, Types, suitability of
different cements, properties of cement, Hydration process; Aggregates :
various types, suitability, properties; Water: Role of water on concrete
properties, quality of water; Admixtures ; Various Natural & factory
made additives, Role of Mineral admixtures, chemicals :Accelerating,
Retarding, plasticizers, Super-plasticizers & grouts.
Fresh
Concrete: Properties
of fresh concrete & their measurement, quality control, Role of
equipment in producing good concrete, concept of maturity.
Hardened
Concrete : Properties
of hardened concrete and their measurement, Dimensional stability-
Elasticity, shrinkage & creep, durability-
Carbonation, sulphate attack,
acid attack etc., testing of concrete on samples and testing of concrete
in structure- Destructive,
semi-destructive & non-destructive tests.
Mix
Design : Concrete mix requirements, effect of w/c ,
statistical quality control, principles of mix design, Mix with & without admixtures.
Special
Techniques : Extreme
weather concreting, mass concreting, pumped concrete, underwater, guniting
& grouting.
Advances
in Concrete : Architectural
concrete, Pre-packed concrete, light weight structural concrete, High
Strength, High Performance Concrete, High density concrete, Polymer
concrete, Ready mix concrete etc.
TERMWORK
It shall
consist of at least ten experiments based on the syllabus.
Text Books
Properties
of Concrete
A. M. Neville
Concrete
Technology
M. L. Gambhir
References
Concrete
Technology
A. M. Neville
Concrete
Vol. I, II, III
Orchard
Composition
& Properties of concrete
Troxel Davis & Kelly
Concrete
structures, Properties & materials
P. Kumar Mehta
Testing of
concrete in structures
Bailey
406.
COMPUTER APPLICATIONS -
II
Teaching Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs marks
marks Term work
Total
3
2
100 3
50
25
25 200
Introduction:
Introduction
various programming languages.
Flowcharts
and Algorithms
: Definitions, rules for
drawing flowcharts and writing algorithms, examples.
“C“
Language:
Fundamentals of C programs: Introduction, structure of
“C” program,
include statement,
Concept of function, comments in “C”, operands in “C”, Data-types
in “C” :Integer, Real, Enumerated etc. Branching and looping in
“C” if, if-else, and switch statements, while, do-while, and for loop,
break and continue statement in loop, nesting of loops.
Arrays and Functions in “C” Declaration of arrays,
initialization of
arrays, single and
multi-dimensional arrays, arrays of characters, global and
local variables, dividing a complex task into small modules,
functions that make arguments, standard functions in header files. Input
and output using screen and files,
introduction of pointers and memory addressing.
TERM WORK
At least ten applications Programs on matrix
operations, solution of quadratic equations, support
reactions, shear force
and bending
moment diagrams, programs for concrete mix designs, surveying,
fluid mechanics and soil
mechanics etc.
TEXT
BOOK
Programming in
C
E.Balaguruswami
REFERENCES
C-Programming
B.W. Kernighan & Dennis M. Ritchie
Mastering Turbo C
Stan Kelly-Bootle
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