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601.
DESIGN OF REINFORCED AND PRESTRESSED CONCRETE STRUCTURES
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs marks
marks Termwork
Total
4
4
100
4 50
50
50 250
Loads
: Loading
standards as per IS codes IRC codes,
distribution of loads, computation
of wind load and earthquake loads,
combination of loads,
introduction to loading standards for
bridges.
Reinforced
Concrete Structures : Structural
layout for buildings;
Continuous beams,
typical floor design
including two
way continuous
slab, T-beam floor;
Columns: Slender
columns with uniaxial
and biaxial bending;
Footing: combined
and Raft;
Structures: Canopy, cantilever
shed, portal, building, flat slab, Spherical
and conical domes,
elevated circular
and / or rectangular water tanks, retaining wall; Structural
detailing. Introduction to design of Reinforced Brick Slab.
Prestressed
Concrete Structures : Properties
of high grade concrete and high
strength steel,
pre-tensioning and
post-tensioning, methods of prestressing,
losses in prestress, analysis and design of pretensioned
and post tensioned beam.
TERMWORK
At least six designs based on above syllabus and
detailing of any three.
TEXT BOOKS
Limit state theory and design of Reinforced
Concrete
Shah & Karve
Design of three-storeyed building
Shah and Karve
Reinforced Concrete Design
S. N. Sinha
Prestressed Concrete
Krishna Raju
IS CODES
IS: 456, IS:875, SP 34, SP 16, SP 26, IS:1343
REFERENCES
Design of Reinforced Concrete
Dayaratnam
Design of Concrete Structures
A. K. Jain
Limit state Design of Reinforced Concrete
Verghese
Reinforced Cement Concrete
McGinley
Plain and Reinforced Concrete
J. Krishna and O.P. Jain
Design of Prestressed Concrete Structures
T. Y. Lin
Limit state Design of Prestressed Structures
Y. Guyon
Working Details of Reinforced Structures
Sawhney
Working Details of Steel Structures
Sawhney
602.
FOUNDATION ENGINEERING
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
Soil
Investigation : Methods
of exploration,
exploratory borings,
sampling, disturbed
and undisturbed
samples, penetration tests, miscellaneous
methods of exploration, record
of field
exploration and
laboratory tests,
soil investigation reports,
testing in rocky strata, plate
load test.
Types
of Foundation : Shallow foundation - isolated footing, combined
footing, strap
footing, strip
footing, raft
foundation, skirt
foundation etc.; Deep foundation
- well foundation,
pile foundation,
floating foundations;
factors affecting choice of foundation.
Bearing
Capacity of Foundation : Bearing capacity of
shallow and deep
foundations based on shear and settlement
criteria, bearing capacity in sandy and clayey strata, factors
affecting soil bearing
capacity, bearing
capacity from
penetration tests, bearing capacity of rock.
Consolidation
of soils: Consolidation,
compressibility of
soils, settlement analysis, Terzaghi’s one-dimensional
consolidation theory, settlement characteristics of clay &
its evaluation.
Settlement
of Foundation : Causes of
settlement, settlement on sandy strata,
clayey strata, layered soil, factors
affecting settlement, control of settlement.
Design
of Foundation
: Design of
shallow foundation
- isolated, combined,
raft foundation and
deep foundation
pile and well foundation, foundation
subjected to
lateral loads, design of cofferdam and caisson.
Earth
Pressure and Retaining Structures : Active and passive
earth pressure due
to cohesive
soil, noncohesive soil, submerged soil, level and inclined backfill,
Rankine’s theory, Coulomb’s theory,
pressure calculations for retaining
walls, design of sheet piling.
Stability
of Slopes
: Stability of slope
in cohesive
and noncohesive soils, factor of safety, methods for analysis
of stability of slopes.
Ground
Improvement Techniques :
Drainage, dewatering , grouting, compaction,
stabilization of soils, vibroflotation,
sand pile, reinforced
earth structure,
rock anchors etc.
Introduction of Soil Dynamics and Machine
Foundations.
Introduction of Soil Structure Interaction.
TERMWORK
will
consist of at least eight experiments based on the syllabus.
TEXT BOOKS
A
text book of soil mechanics
Shamsher Prakash & Bharat
Singh
Analysis and Design of
Foundation
Shamsher Prakash
REFERENCES
Foundation
analysis and design
N.P.Kurian
Basic
soil mechanics
R. Whitlow
Modern
Geotechnical engineering
Alam Singh
Soil
mechanics and foundation
B.C.Punmia
Design
aids in soil mechanics and
foundation
engineering
Kaniraj
Soil
engineering in theory and practice
Alam Singh
Foundation
analysis and design
J.E.Bowles
Soil mechanics in Engg. practice
Terzaghi & Peck
Foundation Engineering
Peck, Hanson & Thornburn
Foundation Engineering
Leonard G.A.
603. ADVANCED CONSTRUCTION - II
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs
marks marks
Termwork
Total
4
1
100 3
50
25
25 200
Construction
of Retaining Wall and Storage Structures : Retaining
walls, water tanks, storage silos.
Waterfront
Constructions: Dams
- gravity and earthen, regulators, canals, Underwater construction such as
wharves, jetties, docks, piers, cofferdams etc.
Bridge
Construction
:Construction of foundations, substructures, superstructures.
Underground
Construction: Tunneling:
cross-section, various methods of tunneling for hard Rock and soft Rock,
safety in construction below ground, Lining
of Tunnels, Ventilators, ground water control.
Construction
in Earthquake Suspected Area: Requirements
of building in earthquake prone areas, construction methods.
Special
Techniques : Grouting,
guniting etc., ferro-cement construction.
Temporary
Structures: Requirements of
temporary structures, elements, joints, shuttering and deshuttering,
trestles, formwork for typical structures - arch, dam etc.
Modular
Construction: Principles
& techniques.
Prefab
& Precast Construction : Methods
of prefabrication & precasting, lifting of these elements &
jointing, Safety in prefab precast constructions.
Term Work
Will consist of various construction sketches and
details based on above topics.
TEXT
BOOKS
Building Construction Handbook
R. Chudley & R. Greeno
References
Building
construction & Technology vol.
I to IV
W. B. Mckay
Building
construction Vol. I & II George Mitchell
National
Building code
Building
Construction
Bindra & Arora
Building
Construction
Barry
Construction
of Structures and Management
of Works S.C.Rangwala
604.
ENVIRONMENTAL ENGINEERING-II
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs
marks marks
Termwork
Total
2
2
50 2
25
25
25 125
Air
Pollution - Sources and Effects : Definition
and Concentration, Classification and Properties of Air Pollutants, Emission sources, Major Emission from Global
Sources, Behaviour and fate
of Air Pollutants, Photochemical smog,
Effect of Air Pollutants on Health,
Vegetation and Construction Material Damage, Air Pollution Laws and
Standards. Meteorological Aspects
of Air Pollutant
Dispersion: Temperature Lapse, Rates and Stability, Plume Behaviour.
Control
Methods And Equipment :
Control Methods,
Source Correction Method, Cleaning
of Gaseous Effluent,
Particulate Emission Control
concept of Gravitational Settling
Chambers, Cyclone
Separator, Fabric
Filter, Electrostatic
Precipitator, Wet Scrubbers, Selection of Particulate Collector,
Control of Gaseous Emission: Absorption by Liquids, Adsorption
by Solids, Combustion.
Sources
and Classification Of Water Pollutants
: Water Resources, Origin of
Wastewater, Types of Water Pollutants
and Their Effect, Oxygen Demanding Wastes, Disease Causing Agents,
Synthetic Organic Compounds, Plant Nutrients, Inorganic
Chemicals and Mineral Substances, Sediments, Radioactive
Substances, Thermal
Discharge, Oil, Water Pollution Laws and Standards.
Water
Pollution: Introduction,
classification of water pollutants, e.g. organic wastes – oxygen
demanding waste, disease causing waste synthetic organic compounds, sewage
& agricultural run-off, oil, inorganic pollutants, suspended solids
and sediments, radioactive materials, heat, characteristics of waste
water.
Solid Waste Management:
Sources and classification, Public
Health Aspect,
Method of Collection,
Disposal Method, Potential Method of Disposal.
Noise
Pollution :
Introduction, Effect
of Noise,
Measurement of noise, Noise control criteria, Noise control at
source and personal protection.
Radioactive
Pollution and Control :
Introduction, Sources,
Discharge in
Sea, Basic
types of
Radiation, Radioactive Decay,
Personal Monitoring,
Maximum permissible doses.
TERM WORK
will consist of at least eight
experiments based on the syllabus.
TEXT BOOKS
Environmental
Pollution Control Engineering
C. S. Rao
A textbook of Environmental Chemistry and pollution
control
S. S. Dara
REFERENCES
Environmental
Engineering
G. N. Pandey
Environmental
Engineering
Peavy
Environmental
Sanitation
J. A. Salvato
Waste
Water Engineering Treatment: disposal and reuse
Metcalf & Eddy
605.
WATER RESOURCES AND IRRIGATION ENGINEERING
Teaching
Scheme Examination
Scheme
Theory
Sessional Prac/Oral
Theory Tut/Prac
marks Hrs marks
marks Termwork
Total
4
-
100
3
50
-
- 150
Introduction: Definition, Necessity, Benefits of irrigation,
ill effects. Methods of irrigation
: Uncontrolled flooding,
free flooding, border
strip method,
contour farming,
sprinkler and
drip irrigation, problems.
Water
Requirements of Crops:
Function of irrigation water,
classes and availability of soil water, depth and frequency of irrigation,
duty, delta, factors affecting duty,
consumptive use of water, crop rotation, assessment of irrigation
water, problems.
Hydrology: Hydrologic cycle, methods of computation of rain
falls, runoff, factors affecting it, hydrograph analysis, unit hydrograph
and S-curve hydrograph.
Ground
Water: Well irrigation, aquifer, aquifuge,
sp.retention, sp.yield, etc.,
well hydraulics,
capacity of well,
fully and
partially penetrating
artesian well,
tube well,
open well,
advantages and
disadvantages of
well irrigation
over canal
irrigation, other sources of ground water.
Gravity
Dams
:Forces acting on gravity dam, stability
analysis, elementary profile,
practical profile, high and low dams,
Problems.
Earth
Dams
: Types, causes of failures, seepage
and stability
analysis, slope
protection, design consideration
in earthquake region.
Flow
Irrigation
: Canals, introduction to silt
theories, Cross
drainage works, meandering, causes, river training works, groynes,
marginal bunds, levees, weir on permeable soil, canal fall, distribution
systems.
Water
Logging :Effects, causes and remedial measures.
TEXT
BOOKS
Irrigation and hydraulic structures
S.K.Garg
Irrigation and hydraulic structures
B.C. Punamia
Irrigation and hydraulic structures
Modi
REFERENCES
Irrigation
and hydraulic structures
Arora
Irrigation
Engineering Vol.1 to 6
K.B.Khuslani
606.
CONSTRUCTION MANAGEMENT
Teaching Scheme
Examination Scheme
Theory
Sessional Prac/Oral
Theory
Tut/Prac marks
Hrs
marks marks
Termwork
Total
4
1
100 3
50
25
25 200
Introduction: Need for scientific management of project,
special aspect of construction industry, scope of the industry.
Construction
as Industry : Special
characteristics of construction
industries, general concepts
of management,
Engineer as
manager, engineering economy in construction project
Material
Management: Scope of
material management, Importance of material management, object, common
building material, stages of material management, register or reputed
suppliers and manufacturers, quantities, phasing the supply
schedule, determining the
priorities, Initiating purchase formalities, placing of orders,
Inspection, acceptance & Issue, monitoring, purchase and supply, site
engineer as material engineer, storage of material, Inventory control
need, function, essential steps, advantages, Inventory built up, Economic
ordering, quantity, procurement cost, Inventory carrying cost. spare part
management & planning, factors governing.
Personnel
Management: Special
characteristics, man power planning, Recruitment, placement,
Training and
Induction, motivation,
performance appraisal, Industrial
relation, Aspect of
Administration, public relation, welfare measures.
Management
of Construction Plants and Equipment: Equipment
planning, extent
of mechanism,
forecasting equipment, requirements,
selection of
equipment, purchase of
equipments, maintaining & operating cost, economic life, sources of
equipment.
Use
of Appropriate Technology in Construction: Choice
of technology,
foreign &
Indian Technology,
condition & other sophisticated Technologies.
Construction
Management for Different Buildings
: Busy area, congested area,
tall & industrial
buildings, special type of structures, housing.
Safety
In Construction And Insurance: Safety
and health
codes, meaning of
safety measure,
preventive measures, safety
precautions, safety education and
training, safety
officer, safety
through legislation,
workmen’s compensation act, first-aid.
Quality
Control in Construction: Important
aspects of quality control, methods, quality control manuals, ISO 9000 and
other registrations.
Research
and Development in Construction:
Scope for research
& development
in construction,
Intensive research and
development efforts, common problems,
Innovation in high-rise building.
TERMWORK
Will be based on case studies and construction
management problems based on above topics.
TEXT
BOOKS
Management in construction industry
P.P.Darwadkar
Construction planning, equipment &
methods
R.L.Peurifoy
Construction equipment and its management
S.C.Sharma
REFERENCES
Civil Engineering Management
O.N.Wakhlu
Management techniques
applied to construction Industries
R.Oxley & J.Poskitt
Construction equipment and management
S.C.Sharma
IS: 10067:1982, IS: 10302:1982, IS: 082:1977, IS:
7272:part I :1974
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