Klein’s construction is a graphical method of determining
Klein’s construction for reciprocating engine mechanism:
(i) has a simpler construction for getting quadrilateral similar to the diagram of mechanism for reciprocating engine.
(ii) is applicable when the crank has uniform angular velocity.
(iii) is used to determine the linear velocity and acceleration of piston.
Klein’s construction is used when
The velocity of the piston of reciprocating engine is equal to ...
ω = angular of crank,
θ = angle turned by crank from IDC,
r - radius of crank,
n = ratio of length of connecting rod to crank radius
At θ = 180°, when the direction of motion is reversed,
The displacement of the piston of a reciprocating enigne is equal to ....
(All symbols have their usual mearing)
The angular velocity of hte connecting rod of a reciprocating engine is equal to
The angular acceleration of the connecting rod of a reciprocating engine is equal to ....
(All symbols have their usual meaning)
A slider crank mechanism is shown in the given figure.
Which of the following expressions stand for crank effort?
3. Fs . OM
Select the correct answer using the codes given below
Crank effort: Force is exerted on the crank pin as a result of the force on the piston. Crank effort is the net effort (force) applied at the crank pin perpendicular to the crank which gives the required turning moment on the crank shaft
In the figure given below, when is the absolute velocity of end B of the coupler equal to the absolute velocity of the end A of the coupler?
A plate is held by a chain AB through hinge joints. The plate is pulled with a force Tas shown in figure. The tension in the chain is given by
A pair of action and reaction forces acting on a body are known as