O N/m. l1=0.4 m and l2=0.6 m. A. Pump
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- 7The total sleeve movement in a Hartnell governor is 3 cm. The mass of rotating balls is 1.5 kg each. At the mid position of the sleeve arm, which is 6.5 cm long, is horizontal. The ball arm has a length of 7.5 cm. At the mid position of the sleeve, the balls rotate at a radius of 10.5 cm. Due to the mal adjustment of spring, the equilibrium speed of governor at top position is 415 rpm and In lowest position it is 430 rpm. Determine (1) Stiffness and initial compression of spring. (ii) Required initial compression in spring which gives equilibrium speed at the topmost position which is rpm more than the lowest position neglect bliquity.m = 1.5 kgA machine with a total mass of 2000 kg has a rotor with an out of balance force equivalent to 0.2 kg at 0.5 m radius rotating at 3000 rev/min. Calculate the stiffness and mass of an undamped vibration absorber which could be connected to the machine to eliminate transmission of force to the foundation at the operating speed, if the maximum deflection of the absorber spring is to be limited to 8 mm. [Ans 1234 kN/m, 12.5kg]In case of a single cylinder double acting steam engine, 180 kW power is being developed at a mean speed of 120 r.p.m. The coefficient of fluctuation of energy is 0.12. The fluctuation of speed is ± 2% of mean speed. The flywheel rim has mean diameter of 2 metre. The hub and spokes of the flywheel provide 8% of the rotational inertia of the flywheel. If the density of the flywheel material is 7200 kg/m3, determine the mass and cross-sectional area of the flywheel rim.
- A general basic vibratory system consists of mass and spring. Figure Q1 shows thevibration knowledge application of multiple parallel springs installed in between theCaterpillar diesel engine generator and the foundation slab (inside the red dash box).Given that the mass of the diesel engine generator is W = 400 kg, the spring equivalentstiffness is k eq = 1x10^6 N/m and the generator revolution per minute is RPM = 3200 RPM.Assume that the system is a single degree of freedom and undergoes only verticaltranslational movement. -Sketch free body diagram of the system together with the action and reactionforce magnitude and direction. -Compare the value of spring displacement, x for the free vibration and forcevibration of 10 kN if the diesel engine generator excites 1 m/s2during operation. Neglect the gravitational effect. -Determine the number of cycles per second for the diesel engine generator.In a Wilson-Hartnell type of governor, the mass of each flyball is 10 kg. The lengths of the flyball arm and the sleeve arm of each bell crank lever are 100 mm and 50 mm respectively. The stiffness of each of the two springs attached directly to the flyballs is 0.5 N/mm. The lever for the auxiliary spring is pivoted at its midpoint. When the radius of rotation is 100 mm, the equilibrium speed is 400 rpm. If the sleeve is lifted by 10 mm for an increase of speed of 10%, find the required stiffness of the auxiliary spring. Select one: A. 501 N/mm B. 201 N/mm C. 401 N/mm D. 301 N/mmA single cylinder reciprocating engine has speeded 300 RPM. Stroke 250 mm, mass of reciprocating parts 50 kg. Mass of revolving parts at 150 mm radius 37 kg. If two fourth of the reciprocating parts and all the revolving parts are to be balanced, find (i) The balance mass required at 400 mm radius (ii) The residual unbalanced force when the crank has rotated 45° TDC.
- A multi plate friction clutch is used to transmit the power from the engine to a rotor which has a mass of 152 kg and a radius of gyration of 0.34 m. The inner and outer radius of the clutch disc is 0.055 m and 0.217 m respectively. The clutch plate has 4 contact surfaces (n = 4) and the axial thrust is 379 N. The flywheel of the engine rotates constantly at 1,106 rpm. Calculate the time required to accelerate the rotor from rest if the clutch is suddenly engaged. Take μ = 0.42. Assume uniform wear in clutch.a) An engine has a flywheel mass of 8-tonnes and a turning radius of 3 m. The energy fluctuation is 70 KN-m. The average speed of the engine is 160 rpm. Find the maximum speed value. b) A jet engine has a rotor with a weight of 500 N and this rotor rotates at 2400 rpm. Rotor It is suspended in the middle of the C and D bearings with a total distance of 600 mm between them and the center of gravity is rotated. 35 mm above its centre. By calculating the dynamic forces on the bearings, this system perform the balancing.The 10 N cylinder moves in a friction tube. Spring constants are k1 = 150 N / m and k2 = 200 N / m. When the system is at rest, d = 0.5 m. The system rotates around a fixed z-axis. In the case where d = 0.12 m, what is the coefficient of friction for the cylinder to have a constant velocity of 9.825 m / s?
- An inside cylinder locomotive has its cylinder centre lines 1 m apart and has a stroke of 1 m. The rotating masses per cylinder are equivalent to 200 kg at the crank pin, and the reciprocating masses per cylinder to 300 kg. The wheel centre lines are 2 m apart. The cranks are at right angles. The whole of the rotating and 2/3 of the reciprocating masses are to be balanced by masses placed at a radius of 0.8 m. Find the value of variation in tractive effort at 300 rpm. Select one: A. ±58476 N B. ±69780 N C. ±79654 N D. ±12475 NIn the system shown in the figure, the spring stiffness k = 2 × 103 N/m and the total massof the system is m = 20 kg, the eccentric mass m0 = 0.2 kg, the eccentricity e = 0.1 m andthe rotation angular velocity of the unbalanced mass is ω1 = 20 rad/s. The applied force isF(t) = 15 sin ω2t with ω2 = 30 rad/s. Determine:(a) the steady state motion of the system;(b) the force transmitted in the spring and estimate the maximum value of the force550 g static mass Time to Complete 60 Revolutions 39 sec Radius of Rotation for the Rotating Mass . 144 m Mass of the Rotating Mass . 449 kg % Difference Between the Static ans Centripetal Forces