Solve this ! 2(a)Briefly discuss the analogy between open channel and compressible flows.2(b)The horizontal rectangular channel, shown in Figure1, is used as a stilling basin where four concretebaffle blocks are constructed for the dissipation of energy in a hydraulic jump. The width of the channelis 20m, and the channel bed is smooth. The initial (d1) and sequent (d2) depths of the jump are 4.1m and19.7m respectively and the approach velocity, V1, is 22m/s. Work from first principles, and estimate theforce on a single baffle block.Hydraulic jumpCross-sectional viewBaffle blockBTop view8008

The rectangular Channel is generally an open channel that generally has a rectangular cross-section.…

Briefly discuss the analogy between open channel and compressible flows. The horizontal rectangular channel, shown in Figure1, is used as a stilling basin where four concrete baffle blocks are constructed for the dissipation of energy in a hydraulic jump. The width of the cha is 20m, and the channel bed is smooth. The initial (dj) and sequent (d;) depths of the jump are 4.1m 19.7m respectively and the approach velocity, V1, is 22m/s. Work from first principles, and estimate force on a single baffle block. Hydraulic jump

Briefly discuss the analogy between open channel and compressible flows. The horizontal rectangular channel, shown in Figure1, is used as a stilling basin where four concrete baffle blocks are constructed for the dissipation of energy in a hydraulic jump. The width of the cha is 20m, and the channel bed is smooth. The initial (dj) and sequent (d;) depths of the jump are 4.1m 19.7m respectively and the approach velocity, V1, is 22m/s. Work from first principles, and estimate force on a single baffle block. Hydraulic jump

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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