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CONTENTS, S No, Page No, BUILDING MATERIALS, 1- 80, 1. Brick and Brick Masonry., 3 - 10, 2. Stones, 11 - 17, 3. Cement, 18 – 26, 4. Lime..., 27 - 29, 5. Mortar, 30 - 32, 6. Concrete Technology, 33 63, 7. Timber..., 64 69, 8. Paint and Varnish, 70 - 73, 9. Building Construction., 74 - 76, 10. Miscellaneous, .77 80, 2. STRENGTH OF MATERIALS, 81, - 152, 1. Basic properties and Stresses., 83 97, 2. Complex Stresses, 98 - 103, 3. SFD & BMD..., 104 – 115, 4. Centroids and Moment of Inertia., 116, - 118, 5. Shear Stress in Beams, 119 - 121, 6. Torsion and Shear Centre, 122 - 125, 7. Slopes and Deflections, 126 - 134, 8. Thin and Thick Cylinders., 135 - 137, 9. Columns and Struts, 138 – 142, 10. Strain Energy and Spring, 143 – 144, 11. Bending and Combined Stresses, 145 152
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3. FLUID MECHANICS, 153 208, 155 - 159, 1. Properties of Fluids, 2. Fluid Statics, 160 166, 3. Buoyancy and Floatation, 167 - 168, 4. Fluid Kinematics, 169 173, 5. Fluid Dyamics., 174 - 179, 6. Dimensional Analysis and Boundary Layer Flow, 180 – 183, 7. Flow through Pipes LF, TF, 184 - 191, 8. Hydraulic Machine, 192 - 196, 9. Open Channel Flow, 197 203, 10. Miscellaneous, 204 – 208, SURVEYING ENGINEERING, 209, 282, 1. Fundamental, 211 - 214, 2. Linear Measurement., 215 – 222, 3. Compass Surveying, 223 - 231, 4. Traversing, 232 - 235, 5. Theodolite & Levelling..., 236 - 249, 6. Tacheometry, 250 – 252, 7. Triangulation and Trigonometric Levelling., 253 - 254, 8. Photogrammetry., 255 256, 9. Theory of Errors, 257 260, 10. Plane Table, 261 – 265, 11. Contouring.., 266 -, 269, 12. Minor Instruments, 270-271, 13. Curves, 272 274, 14. Astronomy, 275 - 278, 15. Area and volume, 279 - 280, 16. Miscellaneous, 281 - 282
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5. SOIL MECHANICS, 283, 360, 1. Properties of Soils, 285 - 302, 2. Classification of Soils, 303 - 307, 3. Permeability., 308 - 313, 4. Seepage Analysis, 314 317, 5. Compaction of Soil., 318 - 320, 6. Compressibility and Consolidation.., 321 - 329, 7. Stress Distribution in the Soil., 330 - 332, 8. Shear Strength of Soil, 333 - 337, 9. Retaining Wall and Earth Pressure Theories.., 338 341, 10. Stability Analysis of Slopes., 342 - 344, 11. Shallow Foundation and Bearing Capacity.., 345 - 351, 12. Deep and Foundation, 352 - 357, 13. Soil Exploration and Stabilization, 358 - 360, 6. ENVIRONMENTAL ENGINEERING, 361 -, 432, 1. Water Demand and Population Forecasting, 363 - 366, 2. Quality Parameters of Water, 367 - 377, 3. Fresh Water Treatment., 378 387, 4. Disinfection and Miscellaneous Water Treatment, 388 – 392, 5. Distribution System., 393 - 400, 6. Quality Characteristics of Sewage.., 401 - 408, 7. Design of Sewers, 409 - 416, 8. Waste Water Treatment., 417 – 423, 9. Solid Waste Management., 424 - 425, 10. Air and Noise Pollution, 426 – 429, 11. House Plumbing., 430 – 432
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7, TRANSPORTATION ENGINEERING, 433, 480, 1. Highway Developement and Planning, 435 - 437, 2. Geometric Design, 438-451, 3. Traffic Engineering, 452-458, 4. Highway Materials, 459 - 463, 5. Pavement Design, 464 - 468, 6. Railway and Airport Engineering., 469 -- 476, 7. Miscellaneous, 477 480, 8. STRUCTURE ANALYSIS, 481, 516, 1. Determinacy, Indeterminacy & Stability of Structure., 483 - 488, 2. Force Method of Analysis..., 489 - 492, 3. Displacement Method of Analysis (Slope - Deflection Method)., 493 - 496, 4. Displaceme, Method of Analysis (Moment Distribution Method), 497 - 501, 5. Trusses, Arches and Cables, 502 - 507, 6. Influence Line Diagram, 508 - 512, 7. Matrix Method of Analysis., 513 - 516, 9. RCC DESIGN, 517, 574, 1. Fundamental Concepts, 519- 531, 2. SRB, BEAM, DRB and FB, 532 - 544, 3. Bond, Shear and Torsion..., 545 - 551, 4. Column., 552 - 557, 5. Footing., 558 - 559, 6. Slab, 560 - 565, 7. Prestress Concrete., 566 - 571, 8. Retaining Wall., 572 -574
