(b) An oil having a viscosity of 0.096 Ns/m² and a specific gravity of 1.59 flows as a laminar flow through a horizontal pipe of 5 cm diameter with a pressure drop of 5.89 kN/m² per metre length of the pipe. Determine (i) The rate of flow in Netwon/minute (ii) The shear stress at the pipe wall (iii) The total drag for 100 m length of pipe, and (iv) The power required for 100 m length of the pipe to maintain the flow.
(b) An oil having a viscosity of 0.096 Ns/m² and a specific gravity of 1.59 flows as a laminar flow through a horizontal pipe of 5 cm diameter with a pressure drop of 5.89 kN/m² per metre length of the pipe. Determine (i) The rate of flow in Netwon/minute (ii) The shear stress at the pipe wall (iii) The total drag for 100 m length of pipe, and (iv) The power required for 100 m length of the pipe to maintain the flow.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![(b) An oil having a viscosity of 0.096 Ns/m² and a specific gravity
of 1.59 flows as a laminar flow through a horizontal pipe of
5 cm diameter with a pressure drop of 5.89 kN/m² per metre
length of the pipe. Determine
(i) The rate of flow in Netwon/minute
(ii) The shear stress at the pipe wall
(iii) The total drag for 100 m length of pipe, and
(iv) The power required for 100 m length of the pipe to
maintain the flow.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5eec0605-5379-4376-ae2d-818981f1a82f%2F9f2eb7f6-b9b3-4e22-969b-24df9f37a226%2Foy6d4vug_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(b) An oil having a viscosity of 0.096 Ns/m² and a specific gravity
of 1.59 flows as a laminar flow through a horizontal pipe of
5 cm diameter with a pressure drop of 5.89 kN/m² per metre
length of the pipe. Determine
(i) The rate of flow in Netwon/minute
(ii) The shear stress at the pipe wall
(iii) The total drag for 100 m length of pipe, and
(iv) The power required for 100 m length of the pipe to
maintain the flow.
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