des with 12 m fl. is 2.m from tis 1.8/ blade revaluation - 3 Nis/m² 2
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![Example/ A flocculation basin is designed to treat water of flow
of (1 m³/sec) • The Length of the basin is 30m; width
is 12-25 m, and the depth is 4.5 m ‹ The basin is provided by
four Shafts along the length of the basin, for each shaft.
there is a two bladdes with 12 m Length and 6.3m width
The center of shaft is 2.m from the center of blades.
The drag cofficient is 1.8, blade velocity in the basin is 0-75
of total speed of revaluation that to be equal to (2.5xPm)
use M - 1.312 x/03 Nis/m² and then determine %-
1- The Power input in (kw) units
2- The detention time of the basin
3- The Value of G](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc99cf2fe-ba88-4da4-9dd0-19d60b35efbc%2F39a34a21-3000-4dd4-9482-46813613297b%2F7hs3q7s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Example/ A flocculation basin is designed to treat water of flow
of (1 m³/sec) • The Length of the basin is 30m; width
is 12-25 m, and the depth is 4.5 m ‹ The basin is provided by
four Shafts along the length of the basin, for each shaft.
there is a two bladdes with 12 m Length and 6.3m width
The center of shaft is 2.m from the center of blades.
The drag cofficient is 1.8, blade velocity in the basin is 0-75
of total speed of revaluation that to be equal to (2.5xPm)
use M - 1.312 x/03 Nis/m² and then determine %-
1- The Power input in (kw) units
2- The detention time of the basin
3- The Value of G
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