The standard cross-section for a flat key, which is fitted on a 50 mm diameter shaft, is 16 × 10 mm. The key is transmitting 475 N-m torque ...
Read more »It is required to design a square key for fixing a pulley on the shaft, which is 50 mm in diameter. The pulley transmits 10 kW power at 200...
Read more »The cross-section of a flat key for a 40 mm diameter shaft is 22 ×14 mm. The power transmitted by the shaft to the hub is 25 kW at 300 rpm....
Read more »It is required to design a square key for fixing a gear on a shaft of 25 mm diameter The shaft is transmitting 15 kW power at 720 rpm to the...
Read more »Using the ASME code for the design of transmission shafting (Load is gradually applied condition), illustrated in Figure 3, consisting ...
Read more »A transmission shaft supporting a spur gears B and the pulley D is shown in Fig. 2. The shaft is mounted on two bearings A and C. The diamet...
Read more »The layout of a shaft carrying two pulleys 1 and 2, and supported on two bearings A and B is shown in Fig (1). The shaft tra...
Read more »A steel solid shaft transmitting 15 kW at 200 r.p.m. is supported on two bearings 750 mm apart and has two gears keyed to it. The pinio...
Read more »A shaft is supported on bearings A and B, 800 mm between centres. A 20° straight tooth spur gear having 600 mm pitch diameter, is locat...
Read more »A shaft is supported by two bearings placed 1 m apart. A 600 mm diameter pulley is mounted at a distance of 300 mm to the right of left...
Read more »A line shaft is driven by means of a motor placed vertically below it. The pulley on the line shaft is 1.5 meter in diameter and has be...
Read more »A shaft made of mild steel is required to transmit 100 kW at 300 r.p.m. The supported length of the shaft is 3 meters. It carries two...
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