Development And Application Of A Finite Element Distributed Rainfall Runoff Simulation Model

By: Contributor(s): Material type: TextTextPublication details: Kuala Lumpur: Master Of Science Iniversiti Putra Malaysia, 2000Description: 160,illust,29cmSubject(s):
Contents:
Chapter I.Intoduction Background Of Study,Statement Of Problem,Objective,Significance Of Project,Scope Of Work. II.Literature Review,Rainfall-Discharge Relationship,Hydrograph Analysis,Infiltration,Flow Routing,Saint-Venant Equations,Kinematics Wave Theory,Watershed Modeling III.Model Development,Kinematics Wave Theory and Equations,Finite Element Method And Sollution,Approximation For Overland And Channel Flows,Finite Element Formulation,Determination Of Time Increment,Temporal Excess Rainfall Discretization,Structure Of Model Package. IV.Laboratory Testing,Laboratory Apparatus And Arrangement,Rainfall Simulator,Runoff Basin,Discharge Measurement, Experiment Procedure,range Of Experimental Conditions. V.Data Input and Program Execution,Data Input,Program Execution VI.Results And Discussions,Laboratory Simulation Results And Discussion,Effective Rainfall,Time Increment Selection,Selection Of Surface Roughness Used in The Simulation Results
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Tesis JPS HQ Library Main Library General Collections THESIS METEO &CLIM 551.578.1:633.2 FEN (Browse shelf(Opens below)) Available 1000026157

Chapter I.Intoduction Background Of Study,Statement Of Problem,Objective,Significance Of Project,Scope Of Work. II.Literature Review,Rainfall-Discharge Relationship,Hydrograph Analysis,Infiltration,Flow Routing,Saint-Venant Equations,Kinematics Wave Theory,Watershed Modeling III.Model Development,Kinematics Wave Theory and Equations,Finite Element Method And Sollution,Approximation For Overland And Channel Flows,Finite Element Formulation,Determination Of Time Increment,Temporal Excess Rainfall Discretization,Structure Of Model Package. IV.Laboratory Testing,Laboratory Apparatus And Arrangement,Rainfall Simulator,Runoff Basin,Discharge Measurement, Experiment Procedure,range Of Experimental Conditions. V.Data Input and Program Execution,Data Input,Program Execution VI.Results And Discussions,Laboratory Simulation Results And Discussion,Effective Rainfall,Time Increment Selection,Selection Of Surface Roughness Used in The Simulation Results

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