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Using the moment-area method, check the deflection obtained in Problem 1.
Problem 1Compute the maximum deflection for the beam of Problem 2 if the loading consists of one concentrated load of 5000 lb at midspan instead of the uniformly distributed load. The allowable deflection is 1 300 of the span length. Is the beam satisfactory?
Problem 2Compute the maximum deflection of a 10-in.-by-14-in. simply supported solid rectangular redwood (S4S) beam. The span length is 15 ft and the beam is subjected to a uniformly distributed load of 1000 lb/ft. The allowable deflection is 1 300 of the span length. Is the beam satisfactory?
Design a mask set and process flow that would produce a 50000 Ohm resistor patterned onto the surface of an initially n type silicon wafer (0.18 Ohm-cm, phosphorous doped).
refrigerant 134a undergoes a constant pressure process from saturated vapor at -18.8degc to a final temperature of
In a reheat rankine cycle, steam enters the turbine at 4 MPa and 400 C. After expanding to 400 kPa, the steam is reheated again to 400 C, and expands in the low pressure turbine to 10 kPa. If the efficiency of the turbine and the pump is 100% and the..
Determine the moment of inertia Ix of a parabolic spandrel of base b and height h with respect to its base (see Case 18, Appendix D).
The gas-turbine cycle of a combined gas-steam power plant has a pressure ratio of 8. Air enters the compressor at 290 K and the turbine at 1400 K. The combustion gases leaving the gas turbine are used to heat the steam at 15 MPa to 450°C in a heat..
One side of a manometer is connected to a tank of unknown pressure while the other side is open to the atmosphere. The manometer is filled with water and the height of the water is 18.7 cm higher on the tank side than on the atmospheric side. If the ..
A refrigerator uses R134a as the working fluid. It operates with a condensing temperature of 100°F (T3) and a low temperature of -10F. The compressor uses 500W of power. For an ideal cycle
A free vortex with a circulation C and a sink with a flow rate m are place at a height h above a solid plane. Assuming inviscid flow, determine a) the flow velocity at points A and B; b) the difference between the pressures at the points.
Apply the boundary conditions on the surface of the cylinder and across the interface between the material and free space and determine the total field both internal and external to the material layer.
a cycle based on a rankine cycle with water as the work fluid must have its highest cycle pressure and temperature at
Prepare a detailed report describing your design and illustrating it with relevant, carefully prepared figures. A full discussion and professional caliber figures are expected.
A horizontal cantilever of length L supports a load W, uniformly distributed along its length. the cantilever is proped to the level of the fixed end at a distance 3/4 L from that end. Determine the load on the prop.
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