BAMU TE Civil syllabus

Will you please share with me the Babasaheb Ambedkar Marathwada University TE Civil Engineering syllabus as it is very urgent for me?

[Shaleen]

As you want to get the Babasaheb Ambedkar Marathwada University TE Civil Engineering syllabus so here is the information of the same for you:

Theory of Structures- II:
Unit I:
Plastic Analysis of Structures (04) Introduction, Material behavior, Theory of Plastic bending and plastic hinge, Plastic Hinge Concept, Shape factor, Ultimate moment of resistance of RCC section, Plastic collapse load. (No numerical to be set)

Unit II:
Basic Concepts and Analysis of Indeterminate Beams, Frames and Trusses (11) Concept of indeterminacy–Static and Kinematic Indeterminacy, Degree of Indeterminacy- Rigid
Plane Frames and Pin-jointed Plane Trusses. Analysis of continuous beams, rectangular portal frames and trusses (Indeterminacy up to second degree) by Castigliano’s II theorem, lack of fit, temperature changes.

Slope deflection method
Nature of equilibrium methods, the slope deflection equation, Interpretation of the slope deflection equation, Analysis of continuous beam, fixed beam, & overhang beams by slope deflection method, Effect of sinking of supports.

Unit III: Column Analogy Method (05)
Introduction, Development of the method, Analysis of beams (simple and fixed), Analysis of single bay-single storey frames.

Unit IV:-Moment Distribution method (08)
Iterative methods, Physical interpretation of iterative solutions, Basic concept of Moment Distribution Method, Analysis of continuous beam, fixed beam, & overhang beams by Moment Distribution Method, analysis of portal frames (single bay single storey frames), sway and nonsway analysis

Unit V: Kani’s method (06)
Analysis of continuous beam, fixed beam, & overhang beams by Kani’s Method, analysis of portal frames, sway and non-sway analysis (single bay single storey frames).

Unit VI: Two Hinged Arch (06)
Analysis of two hinged parabolic, semicircular and circular arches, yielding of supports of two hinged arches, Rib shortening effects, horizontal thrust due to temperature effects on two hinged arches, Influence lines for two hinged arches.

Recommended Books:
1. Fundamentals of Structural Analysis – West & Geschwindner – Wiley India Edition
2. Strucutral Engineering (An Integrated Treatise) – V.V. Sastry – Dhanpat Rai and Co.
3. Basic Structural Analysis - C.S. Reddy – McGraw Hill
4. Theory of Structures - Timoshenko & Goodier - McGraw Hill
5. Advance Theory of Structures – Sinha & Gayen - Dhanpat Rai and Co.
6. Theory of Structures by S. Ramamrutham and R. Narayan, Dhanpat Rai Publication
7. Theory of Structures, Vol. 1 by Pandit and Gupta
8. Theory of Structures, Vol. 2 by Pandit and Gupta

Design of Structures-I (Steel):
Unit-I
(04)
Types of steel structures, grades of structural steel, various rolled steel sections, relevant IS specifications such as IS: 800-2007, IS: 808-1989, IS: 875 part I to III, SP: 6(1), SP: 6(6), IS: 4000- 1992, codes of welded connections, advantages of steel structures, Philosophy of limit state design for strength and serviceability, partial safety factor for load and resistance, various load combinations, classification of cross section such as plastic, compact, semi compact and slender.

Unit-II (06)
Tension member: Types, Limit state due to yielding, rupture and block shear, Design using single and double angle sections and its connections by bolts and welds.

Unit-III (10)
Compression member:
Behavior of compression members, modes of failure, classification of cross section, Design of strut in trusses and its connections by bolts and welds. Design of axially loaded column using rolled steel section. Design of built up column, lacing and battening, connection of lacing / battening with main components by bolts and welds. Column base under axial load: design of slab base, gusseted base. Column base for axial load and uniaxial bending.

Unit-IV (07)
Flexural member:
Laterally supported and unsupported beams using single rolled steel section with and without flange plate, strength in flexure, check for shear and deflection. Secondary and main beam arrangement for floor of a building, design of beam to beam and beam to column connections using bolt / weld.

Unit-V (05)
Design of welded plate girder: Design of cross section, curtailment of flange plate, stiffeners and connections.

Unit-VI (08)
Roof Trusses and Gantry Girder: Assessment of dead load, live load and wind load, design of gantry girder.

Recommended Books:
Reference codes: IS 875-Part I to V, IS 800 – 2007.
1. Design of Steel Structures by N. Subramanian, Oxford University Press, New Delhi.
2. Design of steel structure by Limit State Method as per IS: 800-2007 by Bhavikatti S. S., I K International Publishing House, New Delhi.
3. Limit state design of Steel Structure by V. L. Shah and Gore, Structures Publication, Pune.
4. Teaching Resource Material by INSDAG

Building Planning and Design:
Unit- I: (07)
Principles of Architectural Composition:
Unit, Contrast, Proportion, Scale, Balance, Rhythm, Character. Functional treatment of building: massing, Principles of Building planning, Climate & its influence on

Building planning:
Solar radiation, air temperature, wind, humidity, precipitation, climatic zones, climate & comfort, earth & its motion, directions & their characteristics. Orientation of buildings: factors affecting orientation, sun, wind, rain, C.B.R.I. – suggestions for obtaining optimum orientation, orientation criteria for Indian conditions.

Unit- II: (06)
Building rules & bye laws: objective of building bye-laws, terms commonly used, plot sizes, building frontages, road widths, open spaces, area limitations, height of buildings, plinth height, requirement of different types of rooms, parapet wall, boundary wall, provision for lighting & ventilation, provision for means of access, provision for drainage & sanitation, parking spaces, qualifications for registered architects, Engineers & Licensed supervisor, certificate of commencement, completion & occupancy.

Unit-III: (07)
a) Different types of buildings, different types of residential buildings, site selection for residential buildings, standard guidelines for building drawings, guidelines for drawing of residential building, drafting materials and their utilization,
b) Building services: water supply requirement of buildings, sanitary fittings, systems of plumbing, drainage of house, its principles, common terms, drainage plans of buildings, testing of drains, maintenance, pipe sizes and gradients. Septic tanks: domestic & public septic tank, design & commissioning of septic tank.

Unit- IV: (04)
Design of residential buildings: Planning of living area, sleeping area & service area, minimum standards specified by building bye- laws, requirement of different purpose rooms of a residential building and their grouping.

Unit- V: (10)
Design of Public buildings:
A) Educational Building: Site selection, design of Class rooms, Library, Assembly hall, administrative area, staff rooms, sanitary & water fittings requirements.
B) Health care buildings: its types, site selection, out- patient dept.(OPD), In- patient dept. (IPD), wards, Operation theatre, Radiology dept., Sanitary & water fitting requirements for IPD & OPD, Pathology dept.
C) Hostel Buildings: site selection, Employees hostel, Ladies & working women’s hostel, open & closed type hostel, special requirements of ladies hostel, warden’s office, residential area, dining area, kitchen, recreation room, store room, sanitary & water fitting requirements.
D) Hotel building: site selection, major components of hotel building – entrance foyer, public rooms, bedrooms, kitchen, food store, laundry, building services, sanitary units.
E) Office buildings: entrance, corridors, storage, sanitary units, canteen.
F) Industrial building: Factory building, godowns & warehouses, site selection, Factory shed, canteen, cloak room, drinking water, entrance, loading & unloading platform, medical aid, office, storage, sanitary block.

Unit VI: (06)
Perspective drawing: Necessity, principle of perspective projection, perspective elements, One point & Two- point perspective. Landscaping: Its necessity, types & materials.

Recommended Books:
1. Building Planning & Drawing – Dr. N. Kumara swamy, A. Kameshwara rao, 6th Edition, Charotar Publications.
2. Building Planning Designing & Scheduling – Gurcharan Singh, Jagdigh singh, Standard Publishers.
3. Planning & Designing of building – Y.S. Sane.
4. Principles of building drawing - M.G. Shah & C.M. Kale
5. Building construction illustrated- Francis D.K. Ching, 4th Edition, Wiley India Edition.
6. National Building Code of India: S.P - 7 (2005)

Engineering Geology:
Unit I (04)
Physical Geology:
Geological action of water ,river, valley development, normal cycle of regional erosion, ,water fall, meanders, and related features , transportation and deposition by river flood plane deposits, deltas, Rejuvenation and related features Earthquake , Interior of the Earth, Volcanism and its types, Types of Mountains.

Mineralogy:
Minerals, Silicate and non silicate minerals, Rock forming minerals, Physical Properties of minerals , Moh’s scale of hardness.

Unit II (07)
Petrology:
Igneous rock and its sub-division- volcanic, hypabyssal and plutonic rocks. Hatch scheme of classification, Texture of rock and its types , study of common rock types, Extrusive rocks Dyke ,Bathyliths and intrusive igneous type sill, laccolith ,lopolith, phacylith, vein.

Secondary Rock:
Rock weathering, decomposition and disintegration of rock, Classification of secondary rock, Texture of sedimentary rock , stratification and lamination , consolidation by welding and cementation . Characteristics of shallow water deposits, study of common rock types.

Metamorphic Rock:
Metamorphism. agents of metamorphism, metamorphic minerals and structures, stress minerals and anti-stress minerals. Kind of metamorphism – contact, dynomathermal, cataclastic and plutonic metamorphism. Study of common types of rock.

Unit III (09)
Structural Geology:
Structural elements of rock – dip and strike. Unconformity and overlap. Faults, folds, joints, in rock and their effects on outcrops. Inliers and outliers.

Stratigraphy:
General principles of stratigraphy, age of the earth and division of geological time. Indian Geology–Physiographic division of India and their characteristics. Geological history of peninsula, study of formation in peninsula and significance for their structural characters in Engineering

Unit IV (07)
Engineering Geology:
Preliminary geological investigation, use of geological maps and section, bore holes, drilling advantages and limitation of drilling. Engineering significance of geological structures such as stratification dips faults, joints crush zones, fault zones, dykes etc. Earthquakes losses and geological precaution to be taken while choosing sites of building in seismic zone. Earthquake proof construction of building.

Ground Water:
Sources of groundwater, Zonal distribution of subsurface water , relation between surface relief and water table . Perched water table. Types of Aquifer. Fluctuations of water table levels, effect of dams and canals condition. Effects of pumping and cone of depression. geological condition that produces artesian pressures.

Water Harvesting:
Importance, artificial recharge and natural recharge of wells and tube wells.

Unit V (08)
Geology of Dam Sites:
Influence of geological condition on the choice of types and design of dams. Preliminary geological work at the dam sites, favorable and unsuitable condition for location of dam. Precautions to be taken to counteract unsuitable condition. Treatment of leaky rock, fault zones, crush zone, dykes, joints unfavorable dips etc.

Geology of Reservoir Sites:
Dependence of water tightness of physical properties and structures of rock. Geological condition suitable and unsuitable for reservoir site. Condition likely to cause leakage through the reservoir rim.

Tunneling:
Types, Tunnel Lining, Important geological consideration while choosing alignment of tunnel. Exploration during construction, difficulties during tunneling related with lithology, nature and structure of material to be excavated biological condition likely to be trouble some.

Unit VI (05)
Landslides:
Causes, influence dip and slope, safe and unsafe slope, terminal creep. Prevention of landslides. Precaution to be taken while making cut in hill sides.

Engineering Geology of Deccan Trap:
Engineering significance of variation in size, number and filling of gas cavities . Hydrothermal alteration and weathering. Factors affecting strength and water tightness of basalt. Suitability of basalts for tunneling, factor that create difficulties in tunneling. Suitability of different types of basalts as a construction material, problems of dykes, red boles, volcanic breccias and river alluvium. Precautions to be taken during subsurface exploration in basalts.

Recommended Books
1. Geology of Engineers by Joseph M. Trefethen
2. Geology and Engineering by Robert F. Legget
3. Engineering Geology and Geotechnis byKrynine and judd
4. Principals of physical Geology by Arthus Holmes
5. Engineering Geology by Rish and waston
6. P.W.D Hand book Chapter No.6: (1980) on Engineering Geology.
7. Principles of Engineering Geology by R.B. Gupte.
8. Engineering and General Geology by Parbin singh.
9. Engineering Geology by D. Venkat Reddy
10. A Text book Engineering Geology by K. M. Bangar.
11. Geology of India by Wadia D. N.
12. Engineering Geology by Vasudev Kanithi, Universities Press

Transportation Engineering-I:
Unit I: Introduction (08)
History of Bridges and development, classification , alignment finalization, investigation, selection of bridge site, flood discharge , water way , calculations afflux, scour, river training works , types of foundation- shallow , piles, cofferdams, caissons.

Unit II: Approaches and Types of Bridge (06)
Approaches of Bridges, types of construction, slab culvert, box pipe, cause ways, and submersible bridges, IRC loading, piers, abutments, wing wall and its stability.

Unit III: Airport Engineering (06)
Aircraft characteristics related to airport design, general layout of an airport, runway configurations, runway orientations, geometric design of airfields, runways and aprons, air traffic control, airport lighting and marking, air travel demand forecast.

Unit IV: Signalling and Interlocking (10)
Layout, Signalling and Interlocking and their principles, objects, construction of tracks and its maintenance, modern trends in railway.

Permanent Way and Curves
Permanent way, gauges, sleepers, ballast, function of rails, failures of rails, Rail joints, rail fixtures and fastenings, types of gradient, grade compensation, types of curves.

Unit V: Crossing, Junctions and Yards (06)
Points and crossings, junctions, stations and yards, requirements of railway.

Unit VI: Docks & Harbours (04)
Elements of Docks and Harbours Engineering, classification, requirements, selection of site. Qury and Bulkhead.

Recommended Books
1. Railway Track by K. F. Antia
2. Principles of Railway Engineering by S. C. Rangawala
3. Railway Engineering by Saxena
4. Bridge Engineering by S. P. Bindra
5. Elements of Bridge Engineering by J. S. Alagia
6. Elements of bridge Engineering by D. Johnos Victer
7. Airport Engineering by G. Venkatappa Rao
8. Highway Engineering by Kadiyali

For more detailed information I am uploading a PDF file which is free to download:

(Babasaheb Ambedkar Marathwada University TE Civil Engineering syllabus)

http://coea.ac.in/civil/SYLLABUS/TE_...edsyllabus.pdf

Contact Details:
Dr Babasaheb Ambedkar Marathwada University
Dr B A Marathwada Univercity Compound,
University Campus
Samarth Nagar
Aurangabad,
Maharashtra 431001
India

[MAP]Dr Babasaheb Ambedkar Marathwada University Samarth Nagar Aurangabad Maharashtr[/MAP]