The following represents infiltration data; Calculate the following 1. Infiltration rate for all data (use EXCEL) 2. Model your data using Horton equation (include fo, fc, and K) 3. Model your data using Kostiakov equation (include B and a) 4. Calculate F(t=50 min) using Horton equation 5. Calculate f(t=30 min) using Horton equation 6. Calculate F(t=75 min) using Kostaikov equation 7. Calculate f(t=15 min) using Kostaikov equation 8. Draw f(t) vs time for both Horton modeled data and actual data 9. Draw f(t) vs time for both Kostiakov modeled data and actual data 10.Draw F(t) vs time for both Horton modeled data and actual data raw F(t) vs 12.Calculate average ft for 11. ne for both Kostia modeled da and actual data а. Horton b. Kostiakov c. Actual data Time (min) Ft (mm) 0.00 1 4.93 23.22 10 43.27 15 60.62 20 75.69 30 100.34 60 146.73 120 192.53 180 224.67 240 254.95 300 284.99
The following represents infiltration data; Calculate the following 1. Infiltration rate for all data (use EXCEL) 2. Model your data using Horton equation (include fo, fc, and K) 3. Model your data using Kostiakov equation (include B and a) 4. Calculate F(t=50 min) using Horton equation 5. Calculate f(t=30 min) using Horton equation 6. Calculate F(t=75 min) using Kostaikov equation 7. Calculate f(t=15 min) using Kostaikov equation 8. Draw f(t) vs time for both Horton modeled data and actual data 9. Draw f(t) vs time for both Kostiakov modeled data and actual data 10.Draw F(t) vs time for both Horton modeled data and actual data raw F(t) vs 12.Calculate average ft for 11. ne for both Kostia modeled da and actual data а. Horton b. Kostiakov c. Actual data Time (min) Ft (mm) 0.00 1 4.93 23.22 10 43.27 15 60.62 20 75.69 30 100.34 60 146.73 120 192.53 180 224.67 240 254.95 300 284.99
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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