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Case 5: vibration measuring instrument.
dynamics of machinery updated 3.7 years ago by krithikkm200 • 10
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A TMD for 4 stroke gas engine may be assumed for simplicity to be represented by four triangles the areas of which from the line of zero pressure are as follows
dynamics of machinery updated 6.4 years ago by sfggh • 0
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A single cylinder, single acting, 4 stroke gas engine develops $20kw$ at $300 rpm.$
dynamics of machinery updated 6.4 years ago by sfggh • 0
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The TMD for a petrol engine is drawn to the following scales TM, $1mm = 5N m$ crank angle $1 m = 1 degree$ .
dynamics of machinery updated 6.4 years ago by sfggh • 0
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Turning moment diagram and flywheel.
dynamics of machinery updated 6.4 years ago by sfggh • 0
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A horizontal gas engine running at $210 rpm$ has a bore of $220 mm$ and a stroke of $440 mm.$ the connecting rod is $924 mm$ long and the reciprocating parts weigh $20 kg.$
dynamics of machinery updated 6.5 years ago by sfggh • 0
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A vertical double acting steam engine has a cylinder $30 cm$ diameter and $450mm$ stroke and runs @ $200 rpm.$ The reciprocating parts has a mass of $225 kg$ and the piston rod is $50mm$ diameter.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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The crank pin circle radius of a horizontal engine is $300 mm.$ the mass of the reciprocating parts is $250 kg.$ When the crank has traveled $60^\circ$ from IDC,
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Forces on the Reciprocating parts of an engine, Neglecting the weight of the connecting rod.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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The crank and connecting rod of a steam engine are $0.3m$ and $1.5m$ in length. The crank rotates @ $180 rpm$ clockwise.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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If the crank and the connecting rod are $300 mm$ and $1 m$ long respectively and the crank rotates at a constant speed of $200 rpm,$
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Static and dynamic force analysis.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Derive the equation for the correction couple to be applied to make two mass systems dynamically equivalent.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Connecting rod of a gasoline engine is $300mm$ long between centres. It has a mass of $15kg$ and MI of $7000 kg m^2$. Its C.G is at $200mm$ from its small end centre.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Connecting rod is responded from a point $40mm$ above the centre of small end and $900mm$ about its C.G, Its mass being $42 kg.$
dynamics of machinery updated 6.5 years ago by sfggh • 0
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The following data related to a connecting rod of reciprocating engine mass $= 40kg$. Distance between centre $= 800mm$, big and bearing diameter $= 80mm$, small and bearing diameter $= 60mm$.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Dynamically equivalent system.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Gyroscopic Effect on Shaft Rotating Inside Bearing:
dynamics of machinery updated 6.5 years ago by sfggh • 0
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M = 250 kg H = 60cm = 0.6m D = 60cm = 0.6m
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Gyroscopic Effect on Two Wheeler
dynamics of machinery updated 6.5 years ago by sfggh • 0
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$Iw = 2.4 kgm^2$ D = 660mm IE = 1.2 $kg.m^2$ G = 3:1 M = 2200 kg H = 550 mm A = 1.5m R = 80m
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Gyroscopic effect on 4 wheeler.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Bow turns portside.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Gyroscope effect on ship.
dynamics of machinery updated 6.5 years ago by sfggh • 0
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Explain Gyroscope and Terminology used in ship.
dynamics of machinery updated 6.5 years ago by teamques10 ★ 70k
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