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Materials handling and hoisting
Design Project
Note:Just need detail calculations ,no need to describe the theory part ,need only calculations and assumptions and reasons for assumptions
YOU have to design a conveyor belt to haul ore, density 1500 kg/loose m3, from 400 m underground to surface up a 15° incline in an underground mine. Peak capacity is to be 3000 tonne/hr, belt speed is advised to be 3 m/s. Assume that the drive has automatic take-up, lagged pulley and a 270° arc of contact. The motor drive efficiency is 0.83.The design should include (but is not limited to):a. Selection of the belt typeb. Belt widthc. Troughing angleSurcharge angled. Torque and power requirementse. Motor selectionf. Account for starting and stoppingg. Emergency stop proceduresh. Start-up currentsNote: students should list any assumptions made.
1 a 3-inch nominal size cast iron pipe has an actual inside diameter of 3.58 inches. the pipe is 5000 feet long and
Design the lightest W-shape beams to support a 150-mm-thick reinforced concrete slab as shown. The beams are simply supported, are 2.20 m on center, and span 12 m.
saturated liquid r-134a at 50 psia enters an adiabatic throttling value at a rate of 0.2-lbms. the outlet pressure is
Helium gas enters a nozzle whose isentropic efficiency is 88 percent with a low velocity, and it exits at 15.3 psia, 160F, and 840 ft/s. Determine the temperature and pressure at the nozzle inlet.
the image for this problem can be found through this link httpimgur.com0qkehzh please show all workformulas so that i
Determine one by one the exact location of the points that appear in the two dimensional plot of fig 2.8. How many different paths can the system follow from state a to state b (chapter 2, advanced engineering thermodynamics by began)
Using the equations of transformation given in Problem 1 of Chapter 3 , derive the voltage equations of a two-phase symmetrical induction machine in the arbitrary reference frame. Compare with those for a three-phase machine given by (6.5-10) - (6..
a six-cylinder four-stroke spark-ignition engine operating on the ideal otto cycle takes in air at 100 kpa and 25oc and
Methane gas flows through a horizontal constant area pipe of 15 cm diameter. At section 1 p1=6 bars, T1=66 C and v1=30 m/s. At section 2 T2=38 C and V2=110 m/s.
the surface of a steel machine member is subjected to the stresses of sigma1100 mpa sigma220 mpa sigma3-80 mpa. what
a pump steadily draws water at a mass flow rate at 20 lbms through a piping arrangment. at the pipe inlet the pressure
Five kg of water is contained in a piston–cylinder assembly, initially at 5 bar and 240°C. The water is slowly heated at constant pressure to a final state. If the heat transfer for the process is 2960 kJ, determine the temperature at the final state..
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