TEACHING SCHEME FOR B.TECH SEMESTER V (CBCS), CIVIL … · 2014-09-04 · B.Tech. Sem. V – Civil...

TEACHING SCHEME FOR B.TECH SEMESTER V (CBCS), CIVIL ENGINEERING.

Sem Subject

Code Name of Subject

Teaching Scheme Credit Examination Scheme

Hrs.

L Pr/

TW Total Theory

Pr/

TW Total

Theory Practical

/TW Ass.

Grand

Total Int.

Asses.

Sem

End Hrs Total

V

2CI501 Structural Analysis - II 3 2 5 3 1 4 30 70 3 100 50 150

2CI502 Hydrology and Water

resources Engineering 3 2 5 3 1 4 30 70 3 100 50 150

2CI503 Geotechnical Engg. - I 3 2 5 3 1 4 30 70 3 100 50 150

2CI504 Elements of Structural

Design 3 4 7 3 2 5 30 70 3 100 50 150

2CI505 Environmental

Engineering-I 3 2 5 3 1 4 30 70 3 100 50 150

2CI506 Building Services 3 0 3 3 0 3 30 70 3 100 0 100

TOTAL 18 12 30 18 6 24 180 420

600 250 850

TEACHING SCHEME FOR B.TECH SEMESTER VI (CBCS), CIVIL ENGINEERING.

Sem Subject

Code Name of Subject


Hrs.

L P/T Total Theory Pr/

TW Total

Theory Practical

/TW Ass.

Grand

Total Int.

Asses.

Sem

End

Hrs Total

VI

2CI601 Design of Steel Structure 3 2 5 3 1 4 30 70 3 100 50 150

2CI602 Advanced Surveying 3 2 5 3 1 4 30 70 3 100 50 150

2CI603 Geotechnical

Engineering - II 3 2 5 3 1 4 30 70 3 100 50 150

2CI604 Estimating & Costing 3 4 7 3 2 5 30 70 3 100 50 150

2CI605 Environmental

Engineering-II 3 2 5 3 1 4 30 70 3 100 50 150

2CI606 Advanced Construction 3 0 3 3 0 3 30 70 3 100 0 100

TOTAL 18 12 30 18 6 24 180 420

600 250 850

B.Tech. Sem. V – Civil Engineering

2CI501 Structural Analysis - II


Hrs.


TW Total

Theory Practical

/TW Ass.

Grand

Total Int.

Asses.

Sem

End Hrs Total

3 2 5 3 1 4 30 70 3 100 50 150

COURSE CONTENT:

UNIT I Displacement methods:

Analysis of continuous beams & plane frames for various loading including settlement/ rotation of support

by slope deflection method, Moment distribution method including sway, use of symmetry of structure up

to two storeyed / two bay frames.

UNIT II Indeterminate Structures(All types)

Static, kinetics and kinematics indeterminacy.

UNIT III Matrix methods:

Analysis of indeterminate plane trusses, beams and frames by matrix flexibility and stiffness methods

using system approach. Application of computer for analysis of various structures.

UNIT IV Curved Structures:

Domes-spherical & conical, longitudinal and hoop stresses.

UNIT V Kani’s method :

Concept of method application to continous beams & frames with sway.

UNIT VI Prestressed concrete :

Introduction , properties of high strength materials, methods of prestressing, pre tensioning & post

tensioning, losses in prestressed concrete, analysis of section for flexure.

TERM WORK

Laboratory Experiments :

I ILD of indeterminate beams.

II Settlement of supports.

III Buckling of columns.

IV End reactions of Arches

Assignments :

This will consist of analytical solution of at least 25 problems based on the syllabus of structural analysis

II.

REFERENCE BOOKS:

I Junarkar S.B. ; Mechanics of Structures Vol. II

II Vazirani & Ratwani ; Analysis of Structures Vol. II

III Wang C. K.; Intermediate Structural Analysis

IV Reddy C.S.; Basic Structural Analysis

V Gere & Weaver ; Matrix Analysis of Framed Structures

VI B.C. Punmia; Strength of Materials & Theory of Structures Vol. II

VII Wilbur J.B. and Norris C.R. : Elementary Structural Analysis.

VIII Krishna Raju ; Prestressed Concrete

IX IS 1343 - Indian Standard code of Practice for Prestressed Concrete.


2CI502 Hydrology and Water resources Engineering


Hrs.

L P/

T Total Theory

Pr/

TW Total

Theory Practical /

TW Ass.

Grand

Total Int.

Asses.

Sem

End Hrs Total

3 2 5 3 1 4 30 70 3 100 50 150

COURSE CONTENT:

UNIT I Introduction: The hydrologic cycle, history of hydrology, scope and application of hydrology,

importance of water resources.

UNIT II Precipitation: Types of precipitation, geographical distribution, time distribution, variability,

measurement, average depth over area, depth area duration.

UNIT III Evaporation and Transpiration: Factor affecting, measurement, evaporation in reservoirs, methods of

prevention.

UNIT IV Infiltration: Introduction, factor affecting, measurement.

UNIT V Runoff : Runoff process; relation of storm period and rainfall, factors affecting runoff methods of

computation; gauging runoff of stream; stage discharge relationships interpretation of stream flow

records.

UNIT VI Hydrograph Analysis: Components of the hydrograph; Separation of base flow, components unit

hydrographs, S-hydrographs.

UNIT VII Floods: Causes of floods, methods of estimation of floods. Design floods, damages, flood routing

through reservoirs, methods of flood control, flood forecasting and warning.

UNIT

VIII

Groundwater Hydrology: Occurrence and movement of groundwater, surface and subsurface

investigation of groundwater, flow through saturated porous medium.

UNIT IX Simulation Modelling: Introduction, types, application in hydrology and water resources engineering.

TERM WORK

Term work shall be based on the above mentioned course content.

FIELD VISIT:

Field visits based on course content are suggested

REFERENCE BOOKS:

I Hydrology and Water Resources Engineering by S. K. Garg

II Watershed Hydrology by Peter E. Black

III Engineering Hydrology - K. Subramanya

IV Hydrology by H. M. Raghunath


2CI503 Geotechnical Engineering- I

Teaching

Scheme Credit Examination Scheme

Hrs.

L P/

T Total Theory

Pr/

TW Total

Theory

Practical / TW

Ass.

Grand

Total Int.

Asses.

Sem

End Hrs Total

3 2 5 3 1 4 30 70 3 100 50 150

COURSE CONTENT:

UNIT I Introduction:

Introduction of soil, basic soil properties, Mineralogy of Structures, Soil Mechanics, Origin and

formation of soils, Field identification of soils, Atterberg limits & soil classification, grain size analysis

UNIT II Permeability of soils:

Permeability of soils, Darcy’s law, Lab tests of permeability, Factors affecting permeability, Field

permeability tests, Confined and unconfined aquifers, Permeability of stratified soils.

UNIT III Stress distribution in soil :

Boussinesq's theory for distribution of pressure on a vertical plane and a horizontal plane below

ground surface due to vertical point load on the ground surface, isobar, assumptions, comparison and

limitations of Boussinesq theory & Westergaard theory. Stress caused by loaded areas of different

shapes, equivalent point load method, stresses due to trapezoidal loads. New mark’s influence chart.

UNIT IV Shear strength Of Soil :

Mohr's strength theory, Mohr- coulomb's strength theory, Modified Mohr-coulomb's theory, direct shear

test, unconfined compression test, vane shear test, triaxial compression test, shear tests based on

drainage conditions.

UNIT VI Compaction :

Definition, theory of compaction, factors affecting compaction, laboratory compaction tests, effect

of compaction on soil properties, placement water content, placement layer thickness, field control of

compaction, Proctor's needle, methods of compaction used in field.

UNIT VII Consolidation of soils :

Compressibility of soils, definitions and mechanism of consolidation, spring analogy, void ratio and

effective stress relation, related indices, assumptions of Terzaghi’s one dimensional consolidation theory,

time factor, one dimensional consolidation tests, laboratory and theoretical time curves, determination of

pre-consolidation pressure, estimation of consolidation settlement and rate of settlement for uniform

pressure increment in a clay layer.

UNIT VIII Earth pressure:

Active and passive earth pressures due to level and uniform surcharged backfill for cohesion less and

cohesive soils using Rankine’s theory, earth pressure at rest, introduction to Coulomb’s theory,

limitations and differences of Rankine’s and Coulomb’s theory

UNIT IX Stability of slopes:

Idealized condition used in the analysis, types of slope failures, infinite and finite slopes, factor of

safety, stability of infinite slopes, Fundamentals of conventional methods, Swedish circle method ,

friction circle method, Taylor stability numbers, stability charts, effects of seepage and non-homogeneity

on the stability of slopes, factor of safety and soil parameters for special cases such as end of

construction, rapid (instantaneous)draw down, steady seepage, Tension cracks.

TERM WORK:

Term work shall consist of laboratory work and tutorials (mini. 30 problems) based on above course. The assessment of

term work shall include a practical/oral test also

REFERENCE BOOKS:

I Arora K.R.; Soil Mechanics & Foundation Engineering

II Murthy V.N.S.; Soil Mechanics & Foundation Engg Vol.I

III Taylor D.W.; Fundamentals of Soil Mechanics

IV Lambe & Whitman.; Soil Mechanics


2CI504 Elements of Structural Design

Teaching


Hrs.

L P/T Tota

l Theory

Pr/

TW Total

Theory Practical /TW

Ass.

Grand

Total Int.

Asses.

Sem

End Hrs Total

3 4 7 3 2 5 30 70 3 100 50 150

COURSE CONTENT:

UNIT I Loads & Reinforcement:

Indian standard specifications for dead, live and wind loads on buildings, wind loads on typical

roof trusses , Different types of reinforcement and their properties

UNIT II Design methods :

Various limit states, limit state design, ultimate load method, plastic design, general principles,

And applicability.

UNIT III Reinforced concrete :

1) Reinforced Concrete Beams and Slabs:

a) Introduction to working stress method actual and critical (balanced neutral axis).Balanced,

under reinforced and over reinforced section, moment of resistance: singly and doubly

reinforced rectangular and flanged section.

b) Limit state method:

Safety and serviceability requirement. Limit state of serviceability.

Analysis and Design of rectangular and flanged (T & L ) sections of beams. Singly and doubly

reinforced beams.

2) Design of One way and Two ways simply supported slabs.

3)Limit state of collapse:

Shear and Torsion: Design for shear reinforcements for beam.

4) Axially Loaded Reinforced concrete columns:

Longitudinal and transverse reinforcement load carrying capacity of short columns.

Design of reinforcements in columns.(uniaxial)

UNIT IV R.C. Column footings:

Axial loaded footings, critical sections for bending and shear. Shear and bending strength of footings,

design of axial isolated footings, square and rectangular shape.

UNIT V Steel structures :

Connections: Bolted & welded with gusset plate and lug angles.

UNIT VI Tension & Compression Members :

Design of Tension members & compression members.

TERM WORK

It Shall consist of the following

1. Tests on simple R.C.C. and steel members.

2. 20 problems based on the topics of course under Design of structures-I. Practical shall consist of oral and

sketching based on the topics given under Term work.

REFERENCE BOOKS:

I Limit state theory & Design of Reinforced Concrete by Shah and Karve

II Design of Concrete Structure by A.K. Jain

III Design of steel structure by Arya & Ajmani

IV Design of steel structure by Ramchandra

V IS456, IS800, IS875, SP34

VI Reinforced concrete Design by S.N. Sinha

VII ReInforced concrete by Syal and Gupta

VIII Design of steel structures by Dayratnam

IX Reinforced Concrete by H.J.Shah

X Limit State Design by Dr. Ramchandra


2CI 505 Environmental Engineering -I

Teaching


Hrs.


TW Total

Theory Practical /

TW Ass.

Grand

Total Int.

Asses.

Sem

End Hrs Total

3 2 5 3 1 4 30 70 3 100 50 150

COURSE CONTENT:

UNIT I INTRODUCTION:

Water System, quality parameters and their significance for domestic usages, drinking water standards,

Intake Structure, Unit operation

UNIT II WATER DEMAND AND COLLECTION:

Water demand , population forecasts, water quality requirements, sources and yields of sources for water

requirements, methods of water collections, issues and remedial measures of urban water supply

UNIT III WATER TREATMENT:

Need for water treatment, water treatment systems, design of treatment units such as aeration unit,

sedimentation, coagulation and flocculation, filteration, Disinfection, water softening and removal methods

for iron and mangenese

UNIT IV WATER DISTRIBUTION SYSTEMS:

Pumps and pumping, Conveyance of water, Distribution of Water

UNIT V PLANNING OF WATER SUPPLY PROJECT:

Data collection, project formulation, project drawings and cost estimation

UNIT VI RURAL WATER SUPPLY AND TREATMENT:

Water demand and treatment techniques for rural area, water problems and remedial measures

REFERENCE BOOKS:

I A. K. Jain (1997), " Water Supply and Water Treatment", Pub. Akalank's Pub., New Delhi

II Davis and Cornwell, " Elements of Water Supply and Waste water Disposal", Pub. John Wiley & Sons, New

York.

III G. M. Masters(1994), " Introduction to Environmental Engineering and Science", Pub. Prentice Hall of India

Pvt. Ltd. , New Delhi.

IV K. N. Duggal(1993), " Elements of Public Health Engineering", Pub. S. Chand & Co., New Delhi

V McGhee, Terena J. , " Water Supply & Sewerage", 5th Edition, McGraw Hill International Edition, New Delhi


2 CI506 BUILDING SERVICES

Teaching Scheme (Hrs) Credit Examination Scheme (Marks)

Lect

Pract. Total

Theory Practical/

TW

Grand

Total Theory Pra/

TW

Total Internal

Asses

Sem End

Marks Hrs

3 0 3 3 0 3 30 70 3 0 100

COURSE CONTENT:

UNIT I LIGHTING SYSTEMS & CALCULATIONS

Types of Lighting, Operating of Light with their technical parameters, Light fixtures, LED type Lights,

Lux and Lumens calculation, Lamp efficiency, Lighting Control.

UNIT II PROTECTION DEVICES

MCB, RCCB, MCCB, Type of Fuses, Application, Advantages, Disadvantages and single line diagram

for distribution, Effect of electric current on human body.

UNIT III IMPORTANCE OF EARTHING

Types of earthing, Earthing measurement, Earthing resistance, method of earthing, Chemical

Earthing.

UNIT IV DISTRIBUTION SYSTEM OF WATER

General considerations, Methods of distribution, Service reservoir, System of supply of water,

methods of layout of distribution pipes, Wastage of water, Water waste survey, Permissible

waste of water, Preventive measures, Water waste tests, Maintenance of distribution system

UNIT V WATER SUPPLY AND DRAINAGE SYSTEM WITHIN BUILDING

Water supply to low and high rise building, Design of water storage tank – underground and

overhead tank, Design of septic Tank, Design of rain water harvesting system, Plumbing

System for wastewater drainage, choice of plumbing system.

UNIT VI PLUMBING HYDRAULICS AND PNEUMATICS

Hydrostatic Water Pressure, Types of pressure, Siphonage, Air and Gas Locks, Water Hammer,

Flow in pipes under gravity and pressure.

UNIT VII WATER AND SEWAGE CONVEYANCE MATERIALS

Pipes and conduits for water, waste water, storm water, industrial waste, industrial waste water

w.r.t lengths, commercial sizes, constituents, smoothness, resistance to loads, soils, liquids and

environmental suitability of pipes and pipe ends, jointing of pipes, sewers and drains & their

testing.

UNIT VIII

APPURTENANCES

Types of Valves – Sluice valves, pressure and flow control valve, Scour Valve, Bypass valve,

Float or Ball Valves, Reflux Valves, Pressure relief Valves, Air Valves, Hydraulic Traps.

UNIT IX

AIR CONDITIONING SYSTEMS

Air cooling and air conditioning systems, plant, supply systems, calculations of basic sizes of

components and layout of the system. System installation requirements and demands in

building layout, supply air, return air ducting, Examples of passive and active cooling systems

in traditional and present day conditions. Application to a selected project, and case analysis of

selected project.

UNIT X FIRE PROTECTION

Study of fire regulations, fire extinguishing systems, warning systems, fire resistance of

different building materials, fire resistant doors, planning of buildings for fire escapes

TERM WORK

The practical work shall be based on experimental and analytical work on the topics mentioned above and will

be defended by the candidates.

Term work shall include field visit and students will have to submit a report.

IS CODES

I IS: 1172 - 1972, Basic requirements for water supply, drainage and sanitation.

II IS: 2065 – 1983, Code of practice for water supply in buildings.

III IS: 2064 – 1983 ,Code of practice for selection, installation & maintenance of sanitary Appliances

REFERENCE

I National Electrical code.

II Electrical technology (part I,II & III) – By B.L. Theraja, A.K. Theraja

III Principles of power systems – By V.K. Mehta

IV Handbook of electrical engineering – By S.L. Bhatia

V Building Services ‐ By Prof.S.M.Patil

VI Plumbing , By F Hall. F.A.

VII Plumbing: design and practice – By Deolalikar, S. G.

VIII Water supply and sanitary engineering – By S. C. Rangwala

IX Water supply and sanitary engineering – By G. S. Birdie

X A.F.C. Sherratt, “Air-conditioning and Energy Conservation”, The Architectural Press, London,

1980.National Building Code.

XI William H.Severns and Julian R.Fellows, “Air-conditioning and Refrigeration”, John Wiley and

Sons,

XII A.F.C. Sherratt, “Air-conditioning and Energy Conservation”, The Architectural Press, London,

1980.National Building Code.

B.Tech. Sem. VI – Civil Engineering

2CI601 Design of Steel Structure


Hrs.

L P/T

Total

Theory

Pr/ TW

Total

Theory Practical / TW Ass.

Grand Total

Int. Asses.

Sem End

Hrs

Total

3 2 5 3 1 4 30 70 3 100 50 150

COURSE CONTENT:

UNIT I Connections :

Stiffened and unstiffened, moment & shear resisting structural connections column to beam, Shear and

Moment Resisting, Eccentric Connection, Splices, Foundations, Grillage and Slab base, Base plates

UNIT II Design of roof trusses:

Various types of trusses and their selection in industrial structures, effect of wind & or other loads on

trusses and structural detailing of connection between roof truss to column, monitored And knee braced

trusses.

UNIT III Design of Flexural member :

Types of failure, Design requirements, Design of Laterally supported Beam, Laterally unsupported

Beam, Built-up beam, purlin, lintels

UNIT IV Design of plate girder

Welded & Bolted plate girder

UNIT V Design of Gantry Girder

TERM WORK

I Term work shall consist of not less than 3 designs suitably selected from topics of course under Design

of steel structures.

II The report shall consist of full analytical treatment, design procedure, references and all necessary

drawings in form of neat dimensioned sketches. In addition to own detailed working drawing shall be

prepared on full imperial size drawing sheet.

III Practical shall consist of oral sketching based on topics given under term work.

REFERENCE BOOKS:

I Design of Steel structures - Dayratnam

II Steel Structures - Arya & Ajmani

III Code of practice for General Construction in steel IS : 800-2007

IV Code of Practice for structural safety of IS : 875-2000 Buildings Loading standards.

V Criteria for earthquake resistant design of IS : 1893-2002 structures.

VI Design of Steel Structures – Dr. B.C.Punmia &others


2CI602 Advanced Surveying


Hrs.

L P/T

Total Theory Pr/TW

Total


Grand Total

Int. Asses.

Sem End

Hrs Total

3 2 5 3 1 4 30 70 3 100 50 150

COURSE CONTENT:

UNIT I TACHEOMETRIC SURVEY:

Introduction, principles of tachometry, different systems of tachometry, reduction tachometry, errors in

tachometry

UNIT II GEODETIC SURVEYING:

Principles, classification of triangulation systems, selection of stations, signals and towers,

Baseline measurement and correction, extension of base, base net, satellite station, reduction to center.

UNIT III THEORY OF ERRORS:

Introduction, technical terms, law of accidental errors, laws of weights, most probable value

Of observed quantities, triangulation adjustment.

UNIT IV PHOTOGRAMMETRIC SURVEY:

Introduction, definition it terms, aerial photogrammetric, vertical photographs, Scale of photo, Relief

displacement, Co-ordinate system, flight planning, ground controls for aerial photogrammetric, photo

maps and mosaics, stereoscopy, Mirror stereoscope with parallax bar, Height determination.

UNIT V OTHER METHODS OF SURVEYING:

Basic aspects of field astronomy, astronomical terms, coordinates systems, time relations

UNIT VI ADVANCED TECHNIQUES OF SURVEYING:

Introduction to electronic distance measurement techniques, introduction to remote sensing, principles

and applications of remote sensing, Fundamental and application of Geographical Information System

and Global positioning system, Fundamental and application of Total Station in construction.

PRACTICALS / DRAWINGS :

Based on the theory course as prescribed above.

REFERENCE BOOKS:

I Dr. K. R. Arora, " Surveying and Leveling, Vol. I & II ", Standard Publications.

II Kanitkar & Kulkarni, " Surveying and Leveling, Vol. I & II ", Vidyarthi Gruh Prakashan

III K. S. Duggal," Surveying and Levelling, Vol. I & II", TMH Edition.

IV

V

VI

Bansal, " Surveying and Levelling Practice", TMH Edition

Advanced Surveying By A.M.Chandra

Surveying By B.C.Punmia

V


2CI603 Geotechnical Engineering - II


Hrs.

L P/T

Total Theory Pr/TW

Total


Grand Total

Int. Asses.

Sem End

Hrs Total

3 2 5 3 1 4 30 70 3 100 50 150

COURSE CONTENT:

UNIT I Introduction: Types of foundation, Factors affecting the selection of type of foundations, steps in

choosing types of foundation.

UNIT II Subsurface Investigation: Objectives of exploration, planning of exploration program, soil samples and

samplers, field penetration tests: SPT, SCPT, DCPT. Introduction to geophysical methods, Bore log and

report writing.

UNIT III Bearing Capacity of Shallow Foundation :

Introduction, significant depth, design criteria, modes of shear failures.

Detail study of bearing capacity theories (Prandtl, Rankine, Terzaghi, Skempton), bearing capacity

determination using IS Code, Presumptive bearing capacity. Settlement, components of settlement & its

estimation, permissible settlement, Proportioning of footing for equal settlement,allowable bearing

pressure.Bearing capacity by use of penetration test data and by plate load test.Bearing capacity of raft.

Factors affecting bearing capacity including Water-Table. Contact pressure under rigid and flexible

footings. Floating foundation.Types of pavements & its design.

UNIT IV Pile foundations : Introduction, load transfer mechanism, types of piles according to their

composition, their method of installation and their load carrying characteristics, piles

subjected to vertical loads- pile load carrying capacity from static formula,dynamic formulae (ENR

and Hiley), penetration test data & Pile load test.Pile group: carrying capacity, efficiency and settlement.

Negative skin friction.

UNIT V Foundations on Expansive Soil: Significant characteristics of expansive soil, footing on such soils,

Problems and preventive measures. Under-reamed pile foundation-its concept, design & field

installation. Significant characteristics of silt and loess, problems & remedial measures, footing on such

soils.

UNIT VI Earthquake Geotechnics and GeoSynthetics: Geosynthetics: type’s, functional properties and

requirements. Geosynthetic applications in Civil Engineering. Earthquake Geotechnics,

Types of earthquakes. Seismic waves, Location of earthquakes, Strength of an earthquake,

Strong ground motion, Factors influencing ground motion, Seismic hazards, liquefaction,

Effect of liquefaction on Built Environment, Evaluation of liquefaction susceptibility,

Reduction of liquefaction hazard.

Term Work:

Term work shall consist of laboratory work and tutorials (mini.30 problems) based on above course. Practical

examination shall consist of oral based on term work.

IS CODE:

I Code of practice for determination of bearing capacity of shallow foundation IS:6403

II Code of practice for design and construction of pile foundation- IS:2911 (Part I to IV

III Method for standard penetration test for soil- IS:2131

IV Code of practice for subsurface investigation for foundation- IS:1892

V Code of practice for structural safety of buildings: Shallow Foundations- IS:1904

VI Code of practice for calculation of settlement of foundations- IS:8009

REFERENCE BOOKS:

I Arora K.R.; Soil Mechanics & Foundation Engineering

II Murthy V.N.S.; Soil Mechanics & Foundation Engg Vol.I

III Peck Ralph B., Thornburn Thomas H., Hanson Walter E.; Foundation Engineering

IV Das Braja M; Principles of Foundation Engineering

Singh Alam : Modern Geotechnical Engineering

V Arora K.R.; Soil Mechanics & Foundation Engineering


2CI604 Estimating and Costing


Hrs.

L P/T

Total Theory Pr/TW

Total

Theory Practical /TW Ass.

Grand Total Int.

Asses.

Sem End

Hrs Total

3 4 7 3 2 5 30 70 3 100 50 150

COURSE CONTENT:

UNIT I GENERAL:

Purpose and importance of estimation, role of surveyor works.

Types of estimates approximate estimating techniques for various civil engineering works, reading of

working drawings, ISI code for measurements.

UNIT II ESTIMATION OF BUILDINGS:

Building components, measurement techniques for earthwork and masonry in foundation, measurement

and estimation of different building components.

Measurement and estimation of different R. C. C. items inclusive of reinforcement, estimation of beam,

column, slab, footing and staircase etc.

Estimation of finishing work and different types of roofs.

Measurement and estimation of different woodwork and steelwork.

Typical estimation of load bearing and a R. C. C. framed structure of one / two storeyed building along

with schedule of materials and task force.

UNIT III ESTIMATING OF OTHER CIVIL ENGINEERING STRUCTURES:

Estimating of different roads and culverts.

Earthwork estimation for earthen dam and irrigation channels.

Rough estimation of domestic water supply, sanitation and septic tanks.

Estimation of domestic electrical fixtures and work.

UNIT IV ANALYSIS OF RATES:

Purpose and principal factors affecting the rates of an item of work, output of labour force.

Analysis of rates for important building items and other typical civil engineering works mentioned above,

S. O. R. statements.

UNIT V ABSTRACTING AND BILLING :

Abstracting methods relevant to ISI standards, preparation of abstract statements, cost analysis and

statement.

UNIT VI SPECIFICATION WRITING :

Purpose and basic principles of specifications, types of specification, study of important specification.

Specification drafting for important civil engineering items - brief and detailed specification

REFERENCE BOOKS:

I Birdie G. S. , “ Text book of Estimating and Costing “, Dhanpat Rai & Sons, Delhi - 6 (1988)

II Dutta B. N. , “ Estimating and Costing “, S. Dutta & Co., Lukhnow - 1 (1997)

III Rangwala S. C. , “ Elements of Estimating and Costing “, Charotar Publishing Pvt. Ltd., Anand - 1 (1996).


2CI605 Environmental Engineering – II


Hrs.

L P/T

Total Theory Pr/TW

Total


Grand Total Int.

Asses.

Sem End

Hrs Total

3 2 5 3 1 4 30 70 3 100 50 150

COURSE CONTENT:

UNIT I Introduction of waste water:

Important terms and definition, classification of waste waters, Physical, Chemical & Biological parameters

and their significance, B.O.D /C.O.D requirements

UNIT II Collection and Conveyance :

Separate and combined sewerage systems for domestic waste-water and storm waters collections,

components, appurtenances, layout and planning of sewerage systems, quantity of sewage & storm waters,

design of sewers, maintenance of sewerage systems.

UNIT III Waste-water Treatments :

Objectives of waste-water treatment, primary and secondary treatment systems, Basic Design consideration

for wastewater treatment, Design Of Sump well and pump of pumping station, design of conventional

treatments units like screen & grit chambers & PST, ASP, trickling filter, SST, UASB etc for domestic

waste-water.

UNIT IV Sludge Handling :

Quantity and quality of sludge, sludge digestion methods, sludge drying beds and disposal of sludges.

UNIT V Waste-water disposal :

Alternative disposal methods like disposal by dilution by irrigation, on land etc. Standards for disposal

alternatives, natural purification of polluted streams.

UNIT VI Solid Waste Management:

Types and Sources, refuse collection and disposal techniques

UNIT VII Air Pollution:

Definition, causes and Effects of air pollution, classification and sources of air pollutants, metrological

aspects of air pollution dispersion

PRACTICALS/DRAWING

Based on the course prescribed above.

REFERENCE BOOKS:

I Metcalf and Eddy, “Wastewater Engineering”: Treatment, Disposal Reuse”, Tata McGraw Hill Ed. New

Delhi. (1995)

II

Birdie . G.S, “Water supply and sanitary Engineering “,Dhanpat Rai and Sons, New Delhi (1995)

III Manual on Sewerage and Sewage Treatment, CPH and EE Organisation, Ministry of works and housing Govt.

of India, New Delhi. (1991)

IV Dr.B.C.Punamia, “Waste water engineering”, Laxmi publication


2CI606 Advanced Construction


Hrs.

L P/T

Total Theory Pr/TW

Total


Grand Total

Int. Asses.

Sem End

Hrs Total

3 0 3 3 0 3 30 70 3 100 0 100

COURSE CONTENT:

UNIT I Pile Foundations : Introduction, uses, selection of pile, types of piles, pile spacing, group of piles,

efficiency of group of piles, pile cap and pile shoe, load tests on piles, pile driving, pulling of piles,

loads on piles, causes of failures of piles, pile driving formulas.

UNIT II Coffer Dams: Definition, uses, selection of coffer dams, types of coffer dams, design features of coffer

dams; leakage prevention, economic height.

UNIT III Caissons: Definition, uses, construction material, types of caissons, design features of caissons, loads on

caisson, floating of caissons, cutting edges, sinking of caisson, tilting of caisson, caisson diseases.

UNIT IV Control of Ground Water in Excavations: Methods, pumping, well points, bored wells, electro-

osmosis, injections with cement; clays and chemical; freezing process; vibro-flotation.

UNIT V Temporary Works: False work for bridges, form work for R.C.C. Wall, slab, beam and column, design

features for temporary works, centering for dams and arches of large spans. slip formwork, specialty form

work.

UNIT VI Construction of Earthquake Resistant Buildings: Planning of earthquake resistant building,

construction of walls –provision of corner reinforcement, construction of beams, columns. Base isolation,

UNIT VII Special Structures, Tall structures, spatial structures, pre-stressed structures.

UNIT VII Demolition of structure, methods, safety.

UNIT IX Construction Equipments and Plants: Mechanical Equipments: Factors affecting selection of

construction equipments, economic life of equipments, factors considered for fixing it.

a. Earth excavating and transporting equipments: Tractors, bulldozers, power shovels, draglines,

scrapers, rippers, hoes, wheel type trenching machines, clamshells.

b. Conveying equipments: Screw conveyors, bucket conveyors, belt conveyors, aerial tramways,

cableways.

c. Hoisting equipments: Pulley and sheave blocks, fork lift trucks, wheeler cranes, Derrick cranes, chain

hoists, and gantry cranes.

d. Drilling equipments: Drill bits, drifters, steam hammers, wagon drills, shot drills, diamond drills,

rotary percussion drills, factors affecting types and methods of drilling.

UNIT X Tunnel engineering.- Scope, Classification, : tunnels and uses Economics, Design of tunnel cross

sections, topographical & geological investigations in tunneling, shafts, dewatering, mucking operations,

haulage equipments used in tunneling, tunneling operation in soft rock, problems of temporary supports

in soft rocks, shield tunneling, permanent supports, rock bolts, tunneling in hand –rock-drilling by

different methods-blasting and blasting materials, blasting techniques, steel ribs , concrete lining,

shotcrete and grouting, requirement of tunnels for highway/railway water supply sewage lines.

TERM WORK

Term work shall be based on the above mentioned course content.

FIELD VISIT

Field visits based on course content are suggested

REFERENCE BOOKS:

I Building Construction by S.C. Rangwala

II Building Construction by Gurcharan Singh

III Heavy Construction by Vazirani & Chandola

IV Construction, Planning, Equipment and Methods by R. L. Peurifoy

V Building Construction –Dr. Jha & S.K.Sinha

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TEACHING SCHEME FOR B.TECH SEMESTER V (CBCS), CIVIL … · 2014-09-04 · B.Tech. Sem. V – Civil...

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