We have a device that contains two shafts and a motor with a power of 15kW and a speed of 1500rpm is connected to one of its shafts in the form of a coupling. We know that the second shaft is connected to the first shaft by two gears and receives part of the power, also a gear, a pulley and a sprocket are responsible for removing power from these two shafts. 40% of the power in the gear, 4% of the pulley belt and the rest is divided by zero and maximum by the chain wheel in an oscillating manner. Design these two shafts in an almost optimal position Hints : 1_ Select the type and location of power consumable parts according to your decision 2_Selection of items such as shaft material, safety factor, etc., stating logical 1/2

We have a device that contains two shafts and a motor with a power of 15kW and a speed of 1500rpm is connected to one of its shafts in the form of a coupling. We know that the second shaft is connected to the first shaft by two gears and receives part of the power, also a gear, a pulley and a sprocket are responsible for removing power from these two shafts. 40% of the power in the gear, 4% of the pulley belt and the rest is divided by zero and maximum by the chain wheel in an oscillating manner. Design these two shafts in an almost optimal position Hints : 1_ Select the type and location of power consumable parts according to your decision 2_Selection of items such as shaft material, safety factor, etc., stating logical 1/2

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Concept explainers

Applied Fluid Mechanics

A fluid is a substance that is continuously deformed by the application of shear stress. The rate of deformation of a fluid depends on its viscosity. The fluid tries to flow when it interacts with some other system.

Question

We have a device that contains two shafts
and a motor with a power of 15kW and a
speed of 1500rpm is connected to one of
its shafts in the form of a coupling.
We know that the second shaft is
connected to the first shaft by two gears
and receives part of the power, also a gear,
a pulley and a sprocket are responsible for
removing power from these two shafts.
40% of the power in the gear, 4% of the
pulley belt and the rest is divided by zero
and maximum by the chain wheel in an
ocillating manner.
Design these two shafts in an almost
optimal position
Hints :
1_ Select the type and location of power
consumable parts according to your
decision
2_Selection of items such as shaft
material, safety factor, etc., stating logical
1/2
reasons, should be done by you.

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