Water Resources Engineering: Principles and PracticeNew Age International, 2002 - 306 من الصفحات This Book Presents A Comprehensive Treatment Of The Various Dimensions Of Water Resources Engineering. The Fundamental Principles And Design Concepts Relating To Various Structures Are Clearly Highlighted. The Practical Application Of Design Concepts Is Emphasised Throughout The Book.The Text Is Profusely Illustrated By A Large Number Of Detailed Drawings Andphotographs. Several Worked Out Examples Are Also Included For A Better Understanding Of The Concepts.Practice Problems And Questions From Various Examinations Are Given For Exercise And Self-Test.This Revised Edition Includes * A New Chapter On River Diversion Head Works Statistical Analysis Of Rainfall And Run-Off Data * Infiltration Indices And Storage Capacity Of Reservoirs * Design Of Sarda Type Canal Drop * Additional Photographs, Diagrams And Examples.The Book Would Serve As An Ideal Text For B.E. Civil Engineering Students And Amie Candidates. Practising Engineers And Candidates Appearing In Various Competitive Examinations Including Gate, Upsc And Ies Would Also Find This Book Very Useful. |
المحتوى
HYDROLOGY | 1 |
INUNDATION IRRIGATION | 32 |
SURPLUS WEIR | 47 |
FLUSH ESCAPE | 56 |
SURPLUS ESCAPECORE WALL TYPE | 57 |
DIRECT SLUICE | 67 |
CANAL DROPNOTCH TYPE | 75 |
GLACIS TYPE OF CANAL DROP | 81 |
DESIGN OF CHANNELS | 147 |
COMPARATIVE STUDY OF FLUMES WITH NORMAL DEPTH OF FLOW AND | 165 |
COMMAND AREA | 175 |
CROP WATER RELATIONSHIP | 184 |
WATERLOGGING AND SALINITY | 186 |
GRAVITY DAMS | 194 |
DESIGN OF SOLID SPILLWAY GRAVITY DAMS | 213 |
ARCH DAMS | 225 |
CANAL REGULATOR | 91 |
ESCAPES | 97 |
UNDERTUNNELCULVERT OR SYPHON AQUEDUCTTYPE TWO | 103 |
SYPHON AQUEDUCTTYPE THREE | 112 |
SOME IMPORTANT AQUEDUCTS IN SOUTH INDIA | 123 |
DESIGN OF RETAINING WALLS | 141 |
EARTH DAMS | 230 |
WATER POWER | 239 |
RIVER DIVERSION HEAD WORKS | 246 |
INTRODUCTION TO DRAWINGS | 262 |
275 | |
عبارات ومصطلحات مألوفة
abutment adopted afflux Andhra Pradesh anicut aqueduct assumed ayacut Barrage base width bed level bed width body wall canal bed capacity catchment channel coefficient concrete construction contour canals crest crop cubic meters/second cumecs curve cut-off depth of flow distributory downstream side drain drainage barrel drop wall earth dam equation factor of safety Figure flood discharge flume formula foundation full supply depth gates glacis gravity dam hearting zone height horizontal hydraulic hydraulic Jump impervious inflow irrigation irrigation tank kg/cm² length main canal masonry maximum flood method off-take pier pile rain gauge rainfall reservoir river rock scour sluices seepage shutters side slopes silt slab sluice soil solid apron spillway square kilometers storage storm stream structure syphon tail water thickness tion top width trough unit hydrograph uplift pressures upstream and downstream upstream side upto velocity vents vertical water level weir wier