Situation 01. Given the data below, using Horton's Equation, compute for the total time(in days) to get a total infiltration volume of 0.514ft.Finalinfiltration 7.84 mm/hrсарacityInitialInfiltration 45.63 mm/hrсарacitytime constant12 mm/hrSituation 02. Parameters in Philip's equation for a clay soil are S = 45 cm/and K = 10cm/h. Determine the cumulative infiltration and the infiltration rate at 0.5-hourincrements for a 3-hour period. Plot both as functions of time, and lot the infiltration rateas a function of the cumulative infiltration.

Note - There are two different situations. In such case we are allowed to answer 1st one. In…

Situation 01. Given the data below, using Horton's Equation, compute for the total time (in days) to get a total infiltration volume of 0.514ft. Final infiltration 7.84 mm/hr capacity Initial сарacity time constant Infiltration 45.63 mm/hr 12 mm/hr

Situation 01. Given the data below, using Horton's Equation, compute for the total time (in days) to get a total infiltration volume of 0.514ft. Final infiltration 7.84 mm/hr capacity Initial сарacity time constant Infiltration 45.63 mm/hr 12 mm/hr

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

Situation 01. Given the data below, using Horton's Equation, compute for the total time
(in days) to get a total infiltration volume of 0.514ft.
Final
infiltration 7.84 mm/hr
сарacity
Initial
Infiltration 45.63 mm/hr
сарacity
time constant
12 mm/hr
Situation 02. Parameters in Philip's equation for a clay soil are S = 45 cm/and K = 10
cm/h. Determine the cumulative infiltration and the infiltration rate at 0.5-hour
increments for a 3-hour period. Plot both as functions of time, and lot the infiltration rate
as a function of the cumulative infiltration.

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