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A shaft transmitting 100 kW is to be connected to a coaxial shaft through cast iron flange coupling. The shaft runs at 80 rpm. The key and shaft are to be made of same material for which permissible shearing stress is 60 N/mm2 and compressive strength is 120 N/mm2 The steel bolts may be subiected to maximum shearing stress of 26 N/mm2 Design protected type flange coupling (35P)

Question-AnswerCategory: Strength of MaterialsA shaft transmitting 100 kW is to be connected to a coaxial shaft through cast iron flange coupling. The shaft runs at 80 rpm. The key and shaft are to be made of same material for which permissible shearing stress is 60 N/mm2 and compressive strength is 120 N/mm2 The steel bolts may be subiected to maximum shearing stress of 26 N/mm2 Design protected type flange coupling (35P)
John Kristin asked 1 year ago

A shaft transmitting 100 kW is to be connected to a coaxial shaft through cast iron flange coupling. The shaft runs at 80 rpm. The key and shaft are to be made of same material for which permissible shearing stress is 60 N/mm2 and compressive strength is 120 N/mm2 The steel bolts may be subiected to maximum shearing stress of 26 N/mm2 Design protected type flange coupling (35P)

1 Answers
Mazurek Gravity answered 1 year ago

 
ܒܡܐ 80 rpm en OR Power transmitted by coupling Given Data: Ps (Power transimitted by Shelt) = low kw = RPM of shalt (N) ( PerDimension of flanges: . Idn = 2d In = 1.50 = 115x150 150 = 2X150 2 omm 50 mm wherea D= 3d = 3x10 t = o.sd D-5x160 dh = Outsiddi J 650 dia diameter of bolt di = 25 mm Dimension of key Note: Considering Gonsidering the hay ei es Tectangular cross-secti

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