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Estimate the clean filter headloss for a proposed new sand filter using the sand. Use the following assumptions: loading rate is 216 m/d.m?, specific gravity of sand is 2.65, the shape factor is 0.82, the bed porosity is 0.45, the water temperature is 10°C, and the depth of sand is 0.5 m. Sieve no &retain 7,3 17,1 14,6 20,4 d(mm) 8-12 2 12-16 1,42 16-20 1 20-30 0,714 30-40 17,6 11,9 0,505 40-50 0,357 5,9 3,1 50-70 0,252 70-100 0,178 100-140 0,7 0,126

Estimate the clean filter headloss for a proposed new sand filter using the sand. Use the following assumptions: loading rate is 216 m/d.m?, specific gravity of sand is 2.65, the shape factor is 0.82, the bed porosity is 0.45, the water temperature is 10°C, and the depth of sand is 0.5 m. Sieve no &retain 7,3 17,1 14,6 20,4 d(mm) 8-12 2 12-16 1,42 16-20 1 20-30 0,714 30-40 17,6 11,9 0,505 40-50 0,357 5,9 3,1 50-70 0,252 70-100 0,178 100-140 0,7 0,126

Structural Analysis
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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Estimate the clean filter headloss for a proposed new sand filter using the sand. Use the following assumptions: loading rate is 216 m/d.m?, specific gravity of sand is 2.65, the shape factor is 0.82, the bed porosity is 0.45, the water temperaturę is 10°C, and the depth of sand is mv w m n www wh w m www 0.5 m. Sieve no &retain d(mm) 8-12 7,3 2 12-16 17,1 1,42 16-20 14,6 20,4 17,6 1 20-30 0,714 30-40 0,505 40-50 11,9 0,357 50-70 5,9 0,252 70-100 3,1 0,178 100-140 0,7 0,126
Transcribed Image Text:Estimate the clean filter headloss for a proposed new sand filter using the sand. Use the following assumptions: loading rate is 216 m/d.m?, specific gravity of sand is 2.65, the shape factor is 0.82, the bed porosity is 0.45, the water temperaturę is 10°C, and the depth of sand is mv w m n www wh w m www 0.5 m. Sieve no &retain d(mm) 8-12 7,3 2 12-16 17,1 1,42 16-20 14,6 20,4 17,6 1 20-30 0,714 30-40 0,505 40-50 11,9 0,357 50-70 5,9 0,252 70-100 3,1 0,178 100-140 0,7 0,126
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