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501.
STRUCTURAL ANALYSIS - II
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
Moment
Distribution Method:
Analysis of statically indeterminate beams and
frames by moment
distribution method, settlement
and rotation
of supports.
Slope
Deflection Method:
Analysis of Continuous beams by slope-deflection method.
Energy
Principles: Castilango’s
theorems, application
to statically
determinate and indeterminate structures. Types
of skeletal structures, Internal forces and deformations.
Matrix
Methods: Types of
skeletal structures, Internal forces and deformations. Introduction to
flexibility method, application of stiffness method to analyse beams,
trusses and plane frames.
Suspension
Bridge: Un-stiffened
three hinged parabolic
and catenary type- force, length and anchorage.
Approximate
Methods : Introduction
of substitute frame
and approximate method
of analysis.
Vibration
: Simple transverse, longitudinal and torsional
vibration, single and two
degree of
freedom, natural
frequencies, resonance, differential
equation of vibration, amplitude and
mode shapes.
TERM WORK
It shall consist
of at least
20 problems based on
the syllabus.
TEXT BOOKS
Matrix Analysis of framed structures
Gere and Weaver
Mechanics of Structures
(Vol.-2)
S.B.Junnarkar
Basic Structural Analysis
C.S.Reddy
Mechanical Vibration
Grover
REFERENCES
Intermediate Structural Analysis
C.K. Wang
Indeterminate Structures -
J.F. Kinney
Analysis of Structures (Vol.-2)
Vazirani and Ratwani
Mechanics of Structures (Vol.-2)
B.C.Punamia
502.
DESIGN OF STRUCTURES
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs marks
marks Termwork
Total
4
2 100
4
50
25
25 200
Loads:
Indian standard specifications for dead, live and
wind load on buildings, wind loads on typical trusses.
Reinforcement:
Different types of
reinforcement and their properties.
Design
Methods: Elastic
method, Limit state method, ultimate load method, general principles and
applicability.
Reinforced
Concrete: Theory of
simple bending as applied to R.C.C, introduction to elastic method and
detail study of limit state methods, rectangular beams with
tension and/or
compression reinforcement,
simply supported slabs (one way
and two way reinforced), one-way reinforced continuous slabs, Tee and ell
beams, shear and bond, temperature and
shrinkage reinforcement, axially
loaded short and long columns, links
and helical
reinforcement, isolated
footing, staircase, deflection
of beams.
Steel
Structures: Tension and
Compression members, single and built-up sections, Choice of sections.
Connections: Riveted,
bolted and welded joints, their
strength and
efficiency, eccentric loading.
welded joints subjected to bending and torsion. Simple roof
truss, spacing, form, rise and
camber, end
connections, simple
beams and purlins,
rolled sections,
deflections, simple
connections of beam to beam, beam to column,
column to
base, connections
to transfer
direct reaction with or without moment, stiffened and unstiffened
connections, axially
loaded columns, single and
built-up sections, choice of sections, lacing and battening,
splices; Foundations: Gusseted, grillage, slab base and base plate.
TERM WORK
It shall
consist of twenty problems based
on above syllabus.
TEXT BOOKS
Limit state theory and design of Reinforced
Concrete
Shah & Karve
Design of Steel Structures
Arya and Ajmani
Reinforced Concrete Vol.-I
H. J. Shah
IS CODES
IS 456,
IS 800, IS 875, SP 16, SP 34, SP 6(1)
REFERENCES
Design of Concrete Structures
A.K. Jain
Reinforced Concrete Design
S. N. Sinha
Design of Reinforced Concrete
Dayaratnam
Design of Steel Structures
Dayaratnam
Design of steel Structures
S.K. Duggal
503.
ADVANCED CONSTRUCTION - 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
Building
Services: Various
services in modern buildings viz. Plumbing, thermal control,
electrification, vertical transportation, fire control, building
automation, maintenance of services, safety in services.
Deep
Excavations: Shoring,
strutting, underpinning, and de-watering, excavation with machines.
Deep
Foundations: Construction
of deep foundation, use of pile, raft foundation, caissons and well
foundation; open, box & pneumatic caissons, vibrofloatation, timber,
steel concrete and bored pile construction, Pile driving equipment,
foundation for heavy equipment.
Fabrication
and Erection of Steel Elements: Steel
Structures, working details of fabrication,
drawings, and erection technique and safety code.
Large
Span Construction: Construction
of shell roof, folded plate roof, tee beam etc.
Tall
Structures: Chimneys,
building towers, cooling towers.
Term Work
Will consist of various construction sketches and
details based on above topics.
Text Books
Building
Construction Handbook
R. Chudley & R. Greeno
Building
Construction
Barry
Building
Construction
Gurucharan Singh
References
Building
construction & Technology vol.
I to IV
W. B. Mckay
Building
construction Vol. I & II George Mitchell
Building
Construction
Bindra & Arora
National
Building code
Heavy
Construction
Vazirani & Chandola
Foundation
Design & Construction Tomlinson
504-ENVIRONMENTAL
ENGINEERING-I
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs marks
marks Termwork
Total
4
2
100 3
50
25
25 200
Water : General: Sources of water, Quantity of water,
pumping station, collection and conveyance, quality of water. Treatment
process: Screening, Sedimentation, filtration, disinfection, water
softening, miscellaneous, design of water treatment plant; Distribution
system: Gravity and pressure flow, pumping systems, types of distribution
system, layout of distribution system, methods of water supply,
distribution reservoir with capacity of reservoir, design of water
distribution system.
Wastewater:
General:
Sources of waste water, quantity of sewage, design of sewers, sewer
appurtenances, pumping of sewage, sewage disposal.
Sewage treatment: Screening, skimming,
sedimentation, chemical precipitation, biological treatment, ASU, design
of sewage treatment plant.
Sludge Treatment, Disposal and Utilization: Sources of sludge, quantity and
property, necessity of treatment, sludge digestion, design of digestion
tank, sludge volume, septic tank, Imhoff cone, various digestion methods,
digestion gas, concentration sludge, gravity thickening, air floatation,
dewatering of sludge, heat drying and incineration, drying of sewage,
sludge disposal, sludge lagooning, miscellaneous treatment methods, design
of sewage treatment plant.
TERM WORK
will consist of at least eight
experiments based on the syllabus.
TEXT
BOOKS
Water supply and sanitary engineering
G. S. Birdie & J. S. Birdie
Introduction to Environmental Engineering
MackDaved A. Cornwell
REFERENCES
Water and wastewater engineering
Fair G. M., Geyer J. C. and Okun D. A.
Water supply and pollution control
Clark J. W., Viessman W. and Hammer M.
Wastewater treatment, disposal and reuse
George Tchobanoglous
Principles of water quality criteria
T. H. Y. Tibbet
Water and Wastewater management
Steel and McGhee
Water supply and Sewerage
Mc Ghee
Water supply and Sewerage
E. W. Steel
Water supply and sanitary engineering
S. C. Rangwala
A Text book of water supply
V. N. Gharpur
A Text
book of Sanitary engineering
V. N. Gharpur
Municipal and Rural Sanitation
Victo M. Ehlers and Steel
505.
HIGHWAY AND TRAFFIC ENGINEERING
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: Modes of
transportation, Characteristics
of road
transport, Advantages
of roads, Importance of roads in India,
Requirements of an ideal
road, Scope
of highway
engineering.
Highway
Planning and Alignment:
General, Objects of highway planning,
Classification of
highway, Formulae for road
length, Highway alignment and
factors effecting it, Highway re-alignment, works
of realignment, general principles of re-alignment.
Geometric
Design of Highways:
Road structures, Width of
pavement or
carriage way, Traffic separation or
medians, Kerbs, Road margins, Width of roadway, typical
cross-sections of roads,
Design speed, Stopping sight
distance, Crossing and over-taking
sight distance,
Over-taking zones, Sight
distance of
intersections, Road gradient, Grade compensation on horizontal curves,
Super elevation, Horizontal & vertical curves.
Pavement
Design: Types of
pavements, design consideration and parameters, design of flexible
pavements, design of rigid pavements and joints, special pavements.
Types
of Roads & Construction: Low
cost roads; classification of roads, Bituminous roads; Advantages and
disadvantages, Bituminous materials and contribution of bituminous roads,
Cement Concrete roads; Advantages & disadvantages, Comparison with
bituminous roads, Construction and Other form.
Hill
Roads: Importance of
hill roads,
Classification of hill roads,
Basic principles
of planning
of hill
roads, Alignment
of hill roads, Protective
works for hill roads, Drainage
in hill roads, Maintenance of hill roads.
Highway
Drainage and Highway Maintenance:
Sources of water entering the road structure, Defects due
to improper highway
drainage, Requirements of a
good highway drainage
system, Surface
and sub-surface
drainage, Road
construction in
water logged areas, Causes of
failures of pavements,
earth roads, gravel roads,
W.B.M. roads, bituminous
roads, and C.C. roads.
Traffic
Engineering: General,
Objects of traffic
engineering, Traffic surveys,
Road accidents, Parking,
Traffic congestion, Traffic control, One
way streets, Road junctions or intersections, Types of
intersections, Traffic control devices, Peculiarities of traffic.
TERM WORK
will consist of at least eight
experiments based on the syllabus.
TEXT BOOKS
Highway and Traffic Engineering
Khanna & Justo
Highway Engineering
L.R.Kadiyali
Highway and Traffic Engineering
S.C.Rangwala
REFERENCES
Highway and Traffic Engineering
Richard Broker
Highway and Traffic Engineering
S.P.Bindra
506.
CONSTRUCTION PLANTS &
EQUIPMENT
Teaching Scheme Examination Scheme
Theory
Sessional Prac/Oral
Theory
Tut/Prac marks
Hrs marks
marks
Term work
Total
3
-
100
3
50
-
-
150
Tools,
Plants & Equipment: Importance
of tools, plants & equipment, classifications, selection.
Earth
Handling Equipment: Theoretical
background, Machine requirements, classifications, Scrapers, Power
shovels, Clam shells, Drag lines, Various types of Bulldozers, Rippers,
Hoe, Loaders.
Hauling
Equipment: Tractors,
Dumpers, trucks, wagons. Power requirements, classifications, attachments,
Selection and operation.
Hoisting
Equipment: Vertical
hoists, various types of cranes, working ranges, types, selection, lifting
capacity etc.
Pumping
Equipment: Various
types of pumps.
Material
Handling Equipment : Conveyors:
belt & screw type, Pumps & chutes, Tremies, Drilling equipment,
Compaction & soil stabilizing equipment,
Concreting
Equipment : Weigh
batchers, Mixers; tilting, horizontal axis, Pan, transit etc., Vibrators:
needle, screed, form etc, guniting and grouting equipment, Concrete
batching plants.
Selection
& Maintenance Of Equipment : Factors
affecting selection: efficiency, power consumption, etc., Cost-benefits,
Hire-purchase owning, operating, Economic life, safety etc. Sources of
equipment Replacement, repair, optimum utilisation. Inventory of parts.
Highway
Making Machines: Pavers, hot
mix plants, bitumen boilers and sprayers.
TEXTBOOKS
Construction equipment planning
Mahesh Verma
Construction planning, equipment &
methods
Peurifoy R.L
REFERENCES
Construction equipment
Russell
Construction equipment & machinery
Harris Frank
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