Hydrology : An introduction /
Brutsaert, Wilfried
Hydrology : An introduction / Wilfried Brutsaert - 2nd ed. - New York : Cambridge University Press, 2023. - 609p.
Global water balance..............
conservation laws : the equations of motion.............
fluid mechanics.............
water vapor.............
hydrostatics and atmospheric stability.............
turbulence similarity.............
precipitation.............
snow melt.............
Mass-Transfer Formulations.............
Evaporation Mechanisms.............
Energy Budget and Related Formulations.............
Water-Budget Methods.............
Evaporation Climatology.............
Water on the Surface.............
Water on the Land Surface: Fluid Mechanics of Free Surface Flow.............
Free Surface Flow.............
Hydraulic Theory: Shallow-Water Equations.............
Friction Slope.............
General Considerations and Some Features of Free Surface Flow Problems.............
Overland Flow.............
The Standard Formulation.............
Kinematic-Wave Approach.............
Lumped Kinematic Approach.............
Streamflow Routing.............
Two Extreme Cases of Large Flood-Wave Propagation.............
A Lumped Kinematic Approach: The Muskingum Method.............
Estimation of the Muskingum Parameters.............
Water Below the Surface.............
Water Beneath the Ground: Fluid Mechanics of Flow in Porous Materials.............
Hydrostatics of Pore-Filling Water in the Presence of Air.............
Water Transport in a Porous Material.............
Field Equations of Mass and Momentum Conservation Problems.............
General Features of the Infiltration Phenomenon.............
Infiltration Capacity in the Absence of Gravity: Sorption.............
Infiltration Capacity.............
Rain Infiltration.............
Catchment-Scale Infiltration and Other "Losses".............
Capillary Rise and Evaporative Flux at the Soil Surface.............
Outflow and Base Flow.............
Flow in an Unconfined Riparian Aquifer.............
Free-Surface Flow: A First Approximation.............
Hydraulic Groundwater Theory: A Second Approximation.............
Linearized Hydraulic Groundwater Theory: A Third Approximation.............
Kinematic Wave in Sloping Aquifers: A Fourth Approximation.............
Catchment-Scale Base-Flow Parameterizations.............
Flows at the Catchment Scale in Response to Precipitation.............
Generation: Mechanisms and Parameterization.............
Riparian Areas and Headwater Basins.............
Storm Runoff Mechanisms in Riparian Areas.............
Summary of Mechanisms and Parameterization Options.............
Stationary Linear Response: The Unit Hydrograph.............
Identification of Linear Response Functions.............
Stationary Nonlinear Lumped Response
9781107135277
Hydrologic cycle
Global water balance
Groundwater
551.48 / BRU
Hydrology : An introduction / Wilfried Brutsaert - 2nd ed. - New York : Cambridge University Press, 2023. - 609p.
Global water balance..............
conservation laws : the equations of motion.............
fluid mechanics.............
water vapor.............
hydrostatics and atmospheric stability.............
turbulence similarity.............
precipitation.............
snow melt.............
Mass-Transfer Formulations.............
Evaporation Mechanisms.............
Energy Budget and Related Formulations.............
Water-Budget Methods.............
Evaporation Climatology.............
Water on the Surface.............
Water on the Land Surface: Fluid Mechanics of Free Surface Flow.............
Free Surface Flow.............
Hydraulic Theory: Shallow-Water Equations.............
Friction Slope.............
General Considerations and Some Features of Free Surface Flow Problems.............
Overland Flow.............
The Standard Formulation.............
Kinematic-Wave Approach.............
Lumped Kinematic Approach.............
Streamflow Routing.............
Two Extreme Cases of Large Flood-Wave Propagation.............
A Lumped Kinematic Approach: The Muskingum Method.............
Estimation of the Muskingum Parameters.............
Water Below the Surface.............
Water Beneath the Ground: Fluid Mechanics of Flow in Porous Materials.............
Hydrostatics of Pore-Filling Water in the Presence of Air.............
Water Transport in a Porous Material.............
Field Equations of Mass and Momentum Conservation Problems.............
General Features of the Infiltration Phenomenon.............
Infiltration Capacity in the Absence of Gravity: Sorption.............
Infiltration Capacity.............
Rain Infiltration.............
Catchment-Scale Infiltration and Other "Losses".............
Capillary Rise and Evaporative Flux at the Soil Surface.............
Outflow and Base Flow.............
Flow in an Unconfined Riparian Aquifer.............
Free-Surface Flow: A First Approximation.............
Hydraulic Groundwater Theory: A Second Approximation.............
Linearized Hydraulic Groundwater Theory: A Third Approximation.............
Kinematic Wave in Sloping Aquifers: A Fourth Approximation.............
Catchment-Scale Base-Flow Parameterizations.............
Flows at the Catchment Scale in Response to Precipitation.............
Generation: Mechanisms and Parameterization.............
Riparian Areas and Headwater Basins.............
Storm Runoff Mechanisms in Riparian Areas.............
Summary of Mechanisms and Parameterization Options.............
Stationary Linear Response: The Unit Hydrograph.............
Identification of Linear Response Functions.............
Stationary Nonlinear Lumped Response
9781107135277
Hydrologic cycle
Global water balance
Groundwater
551.48 / BRU