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Write a program that will calculate the shear and moment at the tenth points (the increment along the span is to be one-tenth of the overall length) for a simply supported beam subjected to a full-span uniformly distributed load and a concentrated load at midspan. User input is to be the magnitude of the loads and the span length.
a ships hull is 150m long as has a wetted area of 5000 m2. when it is encrusted with barnacles it requires 7000 hp to
A cylindrical pressure vessel of 120 in diameter outside, used for processing rubber, is 36 ft. long. If the cylinder portion of the vessel operates at 120 psi internal pressure, what are the stresses acting on an element at the inside surface of the..
an ideal rankine cycle with an open-feedwater-heater regenerator operates the boiler at 3 mpa the regenerator at 125
Determine the resulting change
Perform a force analysis to find the bearing reaction forces, draw shear and bending moment, and torque diagrams and determine the critical locations for stress design.
The centerline of the tube coincides with the focal line of the collector, and a glass sleeve is placed outside the tube to minimize the heat losses. If solar energy is transferred to water at a net rate of 400 Btu/h per ft length of the tube, det..
Calculate the heat load for this building which consists of 3 floors, each floor has 2 apartments, and located at Jeddah city the total volume is 2100 m3 the total area is 700 m2 suppose there are 25 people, 6 computers, 6 refrigerators, 6 ovens, 6..
1. Complete the following exercises. In each case locate the state on sketches of theT-y and p-y diagrams.
a 300 ib force acts on the bracket as shown in the figure below. find the moment it produces about point a using scalar
a team of astronomers have proposed io construct a large parabolic telescope mirror by spinning a cylindrical container
Design economical sustainable solar charging substitutes to the universities current method. This applies to both applications for university golf carts and student use on campus.
The wheel is made from a 5-kg thin ring and two 2-kg slender rods. If the torsional spring attached to the wheel's center has a stiffness k= 2 N # m>rad, and the wheel is rotated until the torque M = 25 N # m is developed, determine the maximum angu..
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