Tamil Nadu Common Entrance Test Syllabus
Civil engineering and Geoinformatics
Chapter I | Structural Engineering |
A. | Mechanics |
1 | Composite Beams |
2 | Curved Beams |
3 | Elastic Constants. Beams & Bending |
4 | Flexural & Shear Stresses. Slope & Deflection of Beams. Thin & Thick Cylinders. Torsion. Theories of Failure |
5 | Principal stresses & Principal strain in two dimension & three dimension. Composite Bars |
6 | Shear Force & Bending Moment Diagrams |
7 | Stress-Strain Relationships |
8 | Theories of Columns. Combined Direct & Bending Stresses. |
9 | Unsymmetrical Bending |
B. | Structural Analysis |
1 | Deflection of pin jointed plane frames |
2 | Energy Principles |
3 | Influence Line for Determinate & Indeterminate Structures. Plastic Analysis of Structures. |
4 | Matrix Method. Arches & Suspension Bridges |
5 | rigid frames. Classical Method of Analysis of indeterminate structures (Slope deflection & Moment Distribution) |
6 | Static & Kinematic Indeterminancy |
C. | Building Materials |
1 | Brick Masonry |
2 | Cement - Concrete |
3 | Concreting Methods- Brick |
4 | properties of ingredients- Mix Design- Quality Control- Special Concrete |
5 | Steel |
6 | Stone |
7 | Timber |
D. | Concrete Structures |
1 | Deflection |
2 | Design |
3 | Design Methods |
4 | Limit State Design for beams, slabs, columns & footings |
5 | Losses |
6 | Methods |
7 | Principles |
8 | retaining walls |
9 | Water Tanks. Prestressed Concrete |
E. | Steel Structures |
1 | Beams,Column Bases |
2 | Connections |
3 | Design of Tension & Compression Members |
4 | Plate Girders & Trusses |
5 | Steel Sections |
Chapter II | Soil Mechanics & Foundation Engineering |
A. | Soil Mechanics |
1 | Effective stress principle; permeability |
2 | Mohr |
3 | Nature of soil |
4 | phase relationships |
5 | protection measures |
6 | seepage - Stress distribution in soil |
7 | Soil classification; Soil water |
8 | static pressure |
B. | Foundation Engineering |
1 | bearing capacity (Terzaghis Theory and BIS formula) |
2 | bearing capacity from field tests |
3 | capacity and settlement |
4 | Codal provisions |
5 | Codal provisions & Design of foundations |
6 | depth and spacing of boreholes |
7 | drilling techniques |
8 | Earth pressure on retaining walls |
9 | Isolated, combined and raft foundation - Pile foundations |
10 | negative friction on piles - Earth pressure theories |
11 | penetration tests (SPT and SCPT) |
12 | Pile groups |
13 | pile load test |
14 | plate load test |
15 | sampling Techniques |
16 | scope and objectives |
17 | selection of foundation - Foundation types |
18 | settlement of foundation |
19 | shallow foundation |
20 | Site investigation |
21 | stability analysis of retaining wall. |
22 | static and dynamic pile driving formulae (Engineering News and Hiley method) |
Chapter III | Transportation Engineering |
A. | Highway Planning |
1 | Bituminous & concrete roads |
2 | Construction of Earth |
3 | Design of flexible & rigid pavements. Drainage of roads |
4 | Geometric Design of Highways |
5 | maintenance of roads. |
6 | Road Classification |
7 | WBM |
B. | Railways, Airways, Docks & Harbour Planning |
1 | components of airport |
2 | components of harbour |
3 | components of permanent way |
4 | geometric design Airport planning |
5 | inland water transport. |
6 | planning for terminal building |
7 | Railway alignment |
8 | runways. Harbour planning |
9 | site selection |
C. | Traffic Engineering |
1 | Road markings & signs |
2 | Traffic characteristics |
3 | Traffic Signals |
4 | Traffic surveys |
Chapter IV | Water Resources Engineering |
A. | Fluid Mechanics & Hydraulics |
1 | Basic concepts of fluid flow - kinematics & dynamics |
2 | Boundary layers |
3 | Concept of system & control volume application to continuity |
4 | Dimensional analysis & model studies |
5 | Fluid statics & relative equilibrium |
6 | Laminar & turbulent flow through pipes |
7 | momentum & energy equations |
8 | positive displacement pumps |
9 | Properties of fluids |
10 | Rapidly varied flows |
11 | Steady uniform & gradually varied flow in open channels |
12 | Turbines & pumps |
B. | Hydrology & Ground Water |
1 | Abstractions |
2 | GEC norms |
3 | Ground water quality |
4 | Groundwater development |
5 | Hydrograph analysis |
6 | Hydrologic cycle |
7 | Hydrologic extremes floods & droughts |
8 | Hydrometeorology |
9 | Precipitation & its measurements |
10 | Properties of aquifer |
11 | Rainwater harvesting |
12 | Runoff estimation |
13 | Steady & unsteady flows |
14 | Unit Hydrograph |
15 | Well hydraulics |
C. | Irrigation Engineering |
1 | Components of irrigation network |
2 | Crop water requirements |
3 | Design of lined & unlined channels |
4 | Design of weirs on permeable foundation |
5 | Duty, delta & base period. |
6 | Irrigation scheduling & methods |
7 | Irrigation system |
8 | Irrigation water management |
9 | Irrigation water quality |
10 | National water policy |
11 | Participatory approach |
12 | Soil water relations |
13 | Waterways, head works,gravity dams & spillways |
Chapter V | Environmental Engineering |
A. | Water and Waste water Engineering |
1 | basic unit processes & operations for water treatment |
2 | conveyance system |
3 | Development of water supply source |
4 | primary & secondary treatment of sewage |
5 | quality standards |
6 | sewage characteristics |
7 | sewage disposal |
8 | sewage treatment |
9 | sludge disposal |
10 | water demand |
11 | water distribution |
12 | Water requirements |
B. | Air Pollution & Control |
1 | air pollution control |
2 | air pollution meteorology |
3 | air quality standards & limits |
4 | Types of pollutants,their sources & impacts |
C. | Noise Pollution and Control: |
1 | control of noise pollution |
2 | Impacts of noise |
3 | measurement of noise |
4 | permissible limits of noise pollution |
Chapter VI | Surveying & Remote Sensing |
A. | Surveying |
1 | astronomical survey |
2 | base line |
3 | bearings |
4 | bench marks |
5 | Chain survey |
6 | classificationof errors |
7 | compasses |
8 | contouring and volumes |
9 | corrections |
10 | curve ranging |
11 | EDM |
12 | equation |
13 | errors |
14 | hydrographic survey |
15 | lay out |
16 | level nets |
17 | leveling |
18 | mine surveyingtecheometric survey |
19 | permanent adjustments reduction |
20 | photogrammetry |
21 | plane table |
22 | plotting |
23 | practical astronomy |
24 | river |
25 | setting out works |
26 | Sources |
27 | temporary |
28 | theodolites Gale’s table |
29 | traversing |
30 | triangulation |
31 | trigonometric leveling |
B. | Remote Sensing: |
1 | accuracy assessment |
2 | classification |
3 | EMR interaction with each feature |
4 | filters |
5 | image characters |
6 | Image enhancement |
7 | interpretation keys |
8 | Satellite system |
9 | spectral signature |
10 | thematic maps |
C. | GIS & Cartography |
1 | applications |
2 | Cartography |
3 | data analysis |
4 | data base types |
5 | data input |
6 | data output |
7 | data types |
8 | DEM & TIN |
9 | generalisation |
10 | map compilation |
11 | map design |
12 | map production |
13 | map projection |
14 | raster & vector |
15 | software & hardware GIS |
16 | topology |
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