Problem 3: A solid steel shaft 5 m long is stressed at 80 MPa when twisted through 4°. Using G = 83 GPa, compute the shaft diameter. What power can be transmitted by the shaft at 20 Hz? (in Kilowatts)
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- The propellers of a ship are connected to an A-36 steel shaft that is 60 m long and has an outer diameter of 340 mm and inner diameter of 260 mm. If the power output is 6 MW when the shaft rotates at 22 rad/sec. Determine the angle of twist in the shaft in radian. G = 75 GPa.Water passes under a sluice gate in a horizontal rectangular channel of width 2.0 m. The depths of flow on either side of the sluice gate are 1.8 m and 0.3 m. Assuming no energy loss at the gate, calculate the force on the gateThe horizontal pump in Fig.1 discharges water at 57 m3/h. Neglecting Losses,What power in KW is delivered to the water by the pump? A-836 watt B-8360 watt C-8362 watt D-83600 watt
- Hydraulics 3. A liquid of Gs=1.75 flows in a 6 cm diameter horizontal pipe. The total energy at a certain point in the flow is 80 J/N. The elevation of the pipe above a fixed datum is 2.60 m. If the pressure at the specified point is 75 KPa, solve the power available at that point in watts.A cylindrical water tank has a height of 6 m and a radius of 4 m. How much work is required to empty the full tank by pumping the water of the outflow at the top of the tank (p=1000kg/m^3 and g=9.8m/s^2)A turbine is set 40 m below the water level of a reservoir is fed by 60 cm diameter pipe. A short pipe of 45 cm diameter discharges the water from the turbine to atmosphere (Fig. 1). If a total frictional loss of 10 m is assumed and turbine efficiency 85%, estimate the power output when the discharge is 0.8 m/s.
- The turbine of a hydrostatic plant is driven by a falling head of water from a source 30 m high up through a 600 mm penstock flowing full. a. Evaluate the theoretical velocity of water as it hits the turbing blades in m/sec. b. Evaluate the theoretical discharge of water in m3/s. c. If the turbine is only 70% efficient, estimate the horsepower available from it.A standpipe 8 m in diameter and 13 m high is filled with water. Calculate the potential energy of the water if the elevation datum is take 5 m below the base of the standpipe. (kN-m) Round your answer to 2 decimal places.A turbine is developing 500 kW power under the head of 100 m at a speed of 200 r.p.m. Determine the normal speed and output of the turbine under the head of 81 m.
- Water flows through the turbine shown at a rate of 0.386 m3/s. The pressures at points A and B are 161.2 kPa and -19.6 kPa, respectively. What is the electrical power generated by the turbine if it is 85% efficient?15) Determine the power transmitted by a jet of water discharging though a nozzle that is fitted to a pipe of length 300 m and 100 mm diameter with co-efficient of friction equal to 0.01. The head at the outlet of the nozzle is 90 m.A sluice gate, as shown in Figure Q1, is used to control the upstream water level in a4 m wide rectangular channel. The water discharge in the channel is 12 m3/s. The downstream water depth at 3 is given as 1.2m. Calculate the energy loss (in metres) between 2 and 3.