Shaft in parallel, Mechanical Engineering

Assignment Help:

SHAFT IN PARALLEL:

SHAFT IN PARALLEL: The shaft are in parallel when the driving torque is applied at

the junction of shafts and resisting torque is at other ends of the shafts. Here, angle of twist is same for each shaft, but applied torque is divided between the 2 shaft.

829_SHAFT IN PARALLEL.png

i.e.                                                θ1 =  θ 2    and T = T1  + T2

if shaft are made of same material than G1  = G2

Such situation (θ1 = θ2 and T = T1 + T2) also arises when shaft ends are fixed and are subjected to a torque at common junction. As shown in figure given below

2475_SHAFT IN PARALLEL14.png


Related Discussions:- Shaft in parallel

Safety considerations in multi-unit plants, Q. Safety considerations in mul...

Q. Safety considerations in multi-unit plants? Segregation of process units within large or multi-unit plants is necessary in order to reduce the risk of a fire spreading. This

Turnouts, Turnouts: A turnout is an assembly of various components wh...

Turnouts: A turnout is an assembly of various components whereby a train running on one track may be diverted to another. A sketch of a left-hand turnout is given in Figur

Shaft, Shaft: What is shaft? What duty is performed by shaft? What is...

Shaft: What is shaft? What duty is performed by shaft? What is the usual cross section and of what material it is generally made? Sol.: The shafts are generally cylindr

Governor, Use of hartung governor

Use of hartung governor

Explain the extensive properties of a system, Explain the Extensive Propert...

Explain the Extensive Properties of a System Extensive properties are those, which dependent on the mass of the system and do not maintain similar value for any part of the sys

Longitudinal stress in the plate section through the rivets, A steam boiler...

A steam boiler, 3 m in diameter, is made of 25 mm thick mild steel plates. The efficiency of longitudinal riveted joint is 88% and that of circumferential riveted joint is 70%. Cal

Determine the maximum bending stresses, Determine the maximum bending stres...

Determine the maximum bending stresses: A rectangular beam of breadth 100 mm & depth 200 mm is simply supported over a span of 4 m. The beam is loaded with a uniformly distrib

Open and closed position of the armature and flux linkage, Q.   For an elec...

Q.   For an electromagnetic system, show that the energy stored in a magnetic field is equal to the area enclosed b/w magnetization curves for open and closed position of the armat

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd