I need solution Q1 part b only Question 1a) Find the Torque and Power required to turn the bearing (as shown in Fig. Q1a)at the rated speed, given that rotational speed of shaft (inner cylinder) is (@) =1500 rpm, shaft diameter (d) = 5 cm, shaft length (I) = 50 cm, outer cylinderdiameter (D) = 5.01 cm, specific gravity of oil filling the gap between thecylinders (Soi) = 0.8, and Kinematic viscosity of oils (voil) = 0.0035 m2/s. Theouter cylinder is stationary.%3DPipeOil filmCylinderFigure Q1ab) Consider the arrangement shown in Fig. Q1b. Determine the force F requiredto close the gate if the weight of the gate is 50 kN. Gate width is given as 2 m.AirWater10 mF2.0 m1.5 mFigure Q1b

Given data weight of the gate=50kN width=2m Draw the figure

Answered: Q1 part b o

Engineering

Civil Engineering

Q1 part b o

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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I need solution Q1 part b only

Question 1
a) Find the Torque and Power required to turn the bearing (as shown in Fig. Q1a)
at the rated speed, given that rotational speed of shaft (inner cylinder) is (@) =
1500 rpm, shaft diameter (d) = 5 cm, shaft length (I) = 50 cm, outer cylinder
diameter (D) = 5.01 cm, specific gravity of oil filling the gap between the
cylinders (Soi) = 0.8, and Kinematic viscosity of oils (voil) = 0.0035 m2/s. The
outer cylinder is stationary.
%3D
Pipe
Oil film
Cylinder
Figure Q1a
b) Consider the arrangement shown in Fig. Q1b. Determine the force F required
to close the gate if the weight of the gate is 50 kN. Gate width is given as 2 m.
Air
Water
10 m
F
2.0 m
1.5 m
Figure Q1b

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