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Hydrology : An introduction / Wilfried Brutsaert

By: Contributor(s): Publication details: New York : Cambridge University Press, 2023.Edition: 2nd edDescription: 609pISBN:
  • 9781107135277
Subject(s): DDC classification:
  • 551.48 BRU
Contents:
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
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Books Books Main Library 551.48 BRU (Browse shelf(Opens below)) 1 Available 46512
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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

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