Fluid Mechanics, Hydraulics, Hydrology and Water Resources for Civil Engineers
-10%
portes grátis
Fluid Mechanics, Hydraulics, Hydrology and Water Resources for Civil Engineers
Jayawardena, Amithirigala Widhanelage
Taylor & Francis Ltd
01/2021
894
Dura
Inglês
9781138390805
15 a 20 dias
1810
Descrição não disponível.
CHAPTER 1: INTRODUCTION.
CHAPTER 2: HISTORICAL DEVELOPMENT OF THE SCIENCE OF WATER.
CHAPTER 3: FLUID STATICS.
CHAPTER 4: FLUID KINEMATICS.
CHAPTER 5: GOVERNING EQUATIONS OF FLUID MOTION.
CHAPTER 6: IDEAL FLUID FLOW.
CHAPTER 7: VISCOUS FLUID FLOW - BOUNDARY LAYER.
CHAPTER 8: DIMENSIONAL ANALYSIS.
CHAPTER 9: FLUIDFLOW MEASUREMENTS.
CHAPTER 10: PIPE FLOW.
CHAPTER 11: PIPE NETWORKS.
CHAPTER 12: FLUID MACHINERY.
CHAPTER 13: APPLICATIONS OF BASIC FLUID FLOW EQUATIONS.
CHAPTER 14: TURBULENCE.
CHAPTER 15: TURBULENCE MODELLING.
CHAPTER 16: COMPUTATIONAL FLUID DYNAMICS.
CHAPTER 17: OPEN CHANNEL FLOW.
CHAPTER 18: GRADUALLY VARIED FLOW IN OPEN CHANNELS.
CHAPTER 19: RAPIDLY VARYING FLOWS.
CHAPTER 20: HYDRAULICS OF ALLUVIAL CHANNELS. CHAPTER 21: CHANNEL STABILITY ANALYSIS.
CHAPTER 22: SEDIMENT TRANSPORT AND DEPOSITION.
CHAPTER 23: ENVIRONMENTAL HYDRAULICS. CHAPTER 24: MAJOR HYDRAULIC STRUCTURES IN THE WORLD.
CHAPTER 25: HYDROLOGICAL CYCLE AND ITS PRINCIPAL PROCESSES.
CHAPTER 26: HYDRO-METEOROLOGY.
CHAPTER 27: PRECIPITATION.
CHAPTER 28: EVAPORATION AND EVAPO-TRANSPIRATION.
CHAPTER 29: INFILTRATION.
CHAPTER 30: RUNOFF.
CHAPTER 31: ANALYSIS AND PRESENTATION OF RAINFALL DATA.
CHAPTER 32: UNIT HYDROGRAPH METHODS.
CHAPTER 33: RAINFALL-RUNOFF MODELLING.
CHAPTER 34: FLOOD ROUTING.
CHAPTER 35: FLOW THROUGH SATURATED POROUS MEDIA
CHAPTER 36: STATISTICAL METHODS IN HYDROLOGY.
CHAPTER 37: SYSTEMS THEORY APPROACH TO HYDROLOGICAL MODELLING.
CHAPTER 38: TIME SERIES ANALYSIS AND FORECASTING.
CHAPTER 39: WATER - STATE OF THE RESOURCE.
CHAPTER 40: SOURCES AND DEMAND FOR WATER.
CHAPTER 41: CHALLENGES IN COPING WITH WATER PROBLEMS.
CHAPTER 2: HISTORICAL DEVELOPMENT OF THE SCIENCE OF WATER.
CHAPTER 3: FLUID STATICS.
CHAPTER 4: FLUID KINEMATICS.
CHAPTER 5: GOVERNING EQUATIONS OF FLUID MOTION.
CHAPTER 6: IDEAL FLUID FLOW.
CHAPTER 7: VISCOUS FLUID FLOW - BOUNDARY LAYER.
CHAPTER 8: DIMENSIONAL ANALYSIS.
CHAPTER 9: FLUIDFLOW MEASUREMENTS.
CHAPTER 10: PIPE FLOW.
CHAPTER 11: PIPE NETWORKS.
CHAPTER 12: FLUID MACHINERY.
CHAPTER 13: APPLICATIONS OF BASIC FLUID FLOW EQUATIONS.
CHAPTER 14: TURBULENCE.
CHAPTER 15: TURBULENCE MODELLING.
CHAPTER 16: COMPUTATIONAL FLUID DYNAMICS.
CHAPTER 17: OPEN CHANNEL FLOW.
CHAPTER 18: GRADUALLY VARIED FLOW IN OPEN CHANNELS.
CHAPTER 19: RAPIDLY VARYING FLOWS.
CHAPTER 20: HYDRAULICS OF ALLUVIAL CHANNELS. CHAPTER 21: CHANNEL STABILITY ANALYSIS.
CHAPTER 22: SEDIMENT TRANSPORT AND DEPOSITION.
CHAPTER 23: ENVIRONMENTAL HYDRAULICS. CHAPTER 24: MAJOR HYDRAULIC STRUCTURES IN THE WORLD.
CHAPTER 25: HYDROLOGICAL CYCLE AND ITS PRINCIPAL PROCESSES.
CHAPTER 26: HYDRO-METEOROLOGY.
CHAPTER 27: PRECIPITATION.
CHAPTER 28: EVAPORATION AND EVAPO-TRANSPIRATION.
CHAPTER 29: INFILTRATION.
CHAPTER 30: RUNOFF.
CHAPTER 31: ANALYSIS AND PRESENTATION OF RAINFALL DATA.
CHAPTER 32: UNIT HYDROGRAPH METHODS.
CHAPTER 33: RAINFALL-RUNOFF MODELLING.
CHAPTER 34: FLOOD ROUTING.
CHAPTER 35: FLOW THROUGH SATURATED POROUS MEDIA
CHAPTER 36: STATISTICAL METHODS IN HYDROLOGY.
CHAPTER 37: SYSTEMS THEORY APPROACH TO HYDROLOGICAL MODELLING.
CHAPTER 38: TIME SERIES ANALYSIS AND FORECASTING.
CHAPTER 39: WATER - STATE OF THE RESOURCE.
CHAPTER 40: SOURCES AND DEMAND FOR WATER.
CHAPTER 41: CHALLENGES IN COPING WITH WATER PROBLEMS.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Finite Difference Method;Hydraulic Jump;Fluid flows;Moisture Content;Open channels;Unit Hydrograph;Water quality;Continuity Equation;Filtering;Pitot Tube;Flooding;RANS Equation;Hydraulic structures;Direct Runoff Hydrograph;Hydraulic modelling;Sea Water;Rivers;Reynolds Stress;Dams;Dry Adiabatic Lapse Rate;Civil engineers;Bed Load;Fluid mechanics;Stream Function;Hydrology;Tidal Bore;Trans-boundary water resources;Super-critical Flow;Hydraulics;Vortex Line;Sub-critical Flows;Boundary Shear Stress;Head Loss;Vice Versa;Laminar Sub-layer;Reynolds Number;Unit Hydrograph Method;Stagnation Point
CHAPTER 1: INTRODUCTION.
CHAPTER 2: HISTORICAL DEVELOPMENT OF THE SCIENCE OF WATER.
CHAPTER 3: FLUID STATICS.
CHAPTER 4: FLUID KINEMATICS.
CHAPTER 5: GOVERNING EQUATIONS OF FLUID MOTION.
CHAPTER 6: IDEAL FLUID FLOW.
CHAPTER 7: VISCOUS FLUID FLOW - BOUNDARY LAYER.
CHAPTER 8: DIMENSIONAL ANALYSIS.
CHAPTER 9: FLUIDFLOW MEASUREMENTS.
CHAPTER 10: PIPE FLOW.
CHAPTER 11: PIPE NETWORKS.
CHAPTER 12: FLUID MACHINERY.
CHAPTER 13: APPLICATIONS OF BASIC FLUID FLOW EQUATIONS.
CHAPTER 14: TURBULENCE.
CHAPTER 15: TURBULENCE MODELLING.
CHAPTER 16: COMPUTATIONAL FLUID DYNAMICS.
CHAPTER 17: OPEN CHANNEL FLOW.
CHAPTER 18: GRADUALLY VARIED FLOW IN OPEN CHANNELS.
CHAPTER 19: RAPIDLY VARYING FLOWS.
CHAPTER 20: HYDRAULICS OF ALLUVIAL CHANNELS. CHAPTER 21: CHANNEL STABILITY ANALYSIS.
CHAPTER 22: SEDIMENT TRANSPORT AND DEPOSITION.
CHAPTER 23: ENVIRONMENTAL HYDRAULICS. CHAPTER 24: MAJOR HYDRAULIC STRUCTURES IN THE WORLD.
CHAPTER 25: HYDROLOGICAL CYCLE AND ITS PRINCIPAL PROCESSES.
CHAPTER 26: HYDRO-METEOROLOGY.
CHAPTER 27: PRECIPITATION.
CHAPTER 28: EVAPORATION AND EVAPO-TRANSPIRATION.
CHAPTER 29: INFILTRATION.
CHAPTER 30: RUNOFF.
CHAPTER 31: ANALYSIS AND PRESENTATION OF RAINFALL DATA.
CHAPTER 32: UNIT HYDROGRAPH METHODS.
CHAPTER 33: RAINFALL-RUNOFF MODELLING.
CHAPTER 34: FLOOD ROUTING.
CHAPTER 35: FLOW THROUGH SATURATED POROUS MEDIA
CHAPTER 36: STATISTICAL METHODS IN HYDROLOGY.
CHAPTER 37: SYSTEMS THEORY APPROACH TO HYDROLOGICAL MODELLING.
CHAPTER 38: TIME SERIES ANALYSIS AND FORECASTING.
CHAPTER 39: WATER - STATE OF THE RESOURCE.
CHAPTER 40: SOURCES AND DEMAND FOR WATER.
CHAPTER 41: CHALLENGES IN COPING WITH WATER PROBLEMS.
CHAPTER 2: HISTORICAL DEVELOPMENT OF THE SCIENCE OF WATER.
CHAPTER 3: FLUID STATICS.
CHAPTER 4: FLUID KINEMATICS.
CHAPTER 5: GOVERNING EQUATIONS OF FLUID MOTION.
CHAPTER 6: IDEAL FLUID FLOW.
CHAPTER 7: VISCOUS FLUID FLOW - BOUNDARY LAYER.
CHAPTER 8: DIMENSIONAL ANALYSIS.
CHAPTER 9: FLUIDFLOW MEASUREMENTS.
CHAPTER 10: PIPE FLOW.
CHAPTER 11: PIPE NETWORKS.
CHAPTER 12: FLUID MACHINERY.
CHAPTER 13: APPLICATIONS OF BASIC FLUID FLOW EQUATIONS.
CHAPTER 14: TURBULENCE.
CHAPTER 15: TURBULENCE MODELLING.
CHAPTER 16: COMPUTATIONAL FLUID DYNAMICS.
CHAPTER 17: OPEN CHANNEL FLOW.
CHAPTER 18: GRADUALLY VARIED FLOW IN OPEN CHANNELS.
CHAPTER 19: RAPIDLY VARYING FLOWS.
CHAPTER 20: HYDRAULICS OF ALLUVIAL CHANNELS. CHAPTER 21: CHANNEL STABILITY ANALYSIS.
CHAPTER 22: SEDIMENT TRANSPORT AND DEPOSITION.
CHAPTER 23: ENVIRONMENTAL HYDRAULICS. CHAPTER 24: MAJOR HYDRAULIC STRUCTURES IN THE WORLD.
CHAPTER 25: HYDROLOGICAL CYCLE AND ITS PRINCIPAL PROCESSES.
CHAPTER 26: HYDRO-METEOROLOGY.
CHAPTER 27: PRECIPITATION.
CHAPTER 28: EVAPORATION AND EVAPO-TRANSPIRATION.
CHAPTER 29: INFILTRATION.
CHAPTER 30: RUNOFF.
CHAPTER 31: ANALYSIS AND PRESENTATION OF RAINFALL DATA.
CHAPTER 32: UNIT HYDROGRAPH METHODS.
CHAPTER 33: RAINFALL-RUNOFF MODELLING.
CHAPTER 34: FLOOD ROUTING.
CHAPTER 35: FLOW THROUGH SATURATED POROUS MEDIA
CHAPTER 36: STATISTICAL METHODS IN HYDROLOGY.
CHAPTER 37: SYSTEMS THEORY APPROACH TO HYDROLOGICAL MODELLING.
CHAPTER 38: TIME SERIES ANALYSIS AND FORECASTING.
CHAPTER 39: WATER - STATE OF THE RESOURCE.
CHAPTER 40: SOURCES AND DEMAND FOR WATER.
CHAPTER 41: CHALLENGES IN COPING WITH WATER PROBLEMS.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Finite Difference Method;Hydraulic Jump;Fluid flows;Moisture Content;Open channels;Unit Hydrograph;Water quality;Continuity Equation;Filtering;Pitot Tube;Flooding;RANS Equation;Hydraulic structures;Direct Runoff Hydrograph;Hydraulic modelling;Sea Water;Rivers;Reynolds Stress;Dams;Dry Adiabatic Lapse Rate;Civil engineers;Bed Load;Fluid mechanics;Stream Function;Hydrology;Tidal Bore;Trans-boundary water resources;Super-critical Flow;Hydraulics;Vortex Line;Sub-critical Flows;Boundary Shear Stress;Head Loss;Vice Versa;Laminar Sub-layer;Reynolds Number;Unit Hydrograph Method;Stagnation Point
