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Dynamically Equivalent Link: this is link that has point masses at two points such that (a) overall mass is same, (b) centre of gravity is at the similar position, and (c) mass moment of inertia around an axis through CG remains similar.
Turning Moment: This is the moment of the force at crank pin w. r. t. the crank centre.
Turning Moment Diagram: this is the diagram plotted along turning moment on the Y-axis & angle of rotation of crank for one cycle on the X-axis.
Fluctuation of the Energy: this is the difference among the maximum energy at a point on the mean torque line & minimum energy at another point on the mean torque line.
Coefficient of the: this is the ratio of fluctuation of energy to the energy Fluctuation Energy of the cycle.
Fluctuation of Speed: This is the difference in minimum angular speed and maximum angular speed.
Coefficient of Fluctuation: This is the ratio of fluctuation of speed to the average of Speed angular speed.
Find out the Moment of Inertia of a triangular area: Find out the Moment of Inertia of a triangular area ABC with base b and height d around its base BC. Therefore or otherwis
to find a horizontal force acting on a body which is inclined to the plane with a particular angle
A nozzle of 50 mm. dia. delivers a stream of water that strikes a flat plate which is held normal to the axis of stream. If the issuing jet has a velocity of 15 m/sec., determine:
for an otto cycle, compression ratio=8.5:1,air inlet=15degree celsius and pressure=101.3kpa, maximum cycle temperature= 1800degree celsius, what is temperature after compression,te
Find the component of force on the inclined plane: A small block of weight 300N is placed on the inclined plane, which makes an angle 60° with the horizontal. Find the compone
step to draw velocity and accelartion diagram
assumptions made in deriving a bending formula
Types in trusses
A circular thin steel diaphragm having an effective diameter of 20mm is clamped around its periphery and is subjected to a uniform gas pressure of 180kN/m^2. Calculate the minim
Consider the U-shaped curved beam shown below (with rectangular cross-section and thickness h ), which is loaded by force P as indicated. A free-body diagram reveals that a mome
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