Task 2: Pipe Bending deviceAs a part of your job, your role is to investigate the behaviour of a hydraulic system that consistsof a hydraulic jack, which is used to bend pipe as shown in the figure below. Select appropriatedimensions.a. Calculate and plot the force F2 on the pipe function of the applied force F1, assumingpressure is constant throughout the system.b. Calculate and plot the pressure in the system function of the applied force F1.F1D1D2OilPipeFigure 2: Schematic for task 2.

(a) The diagram of the above system is given with force in hydraulic piston, In this above diagram,…

Answered: Task 2: Pipe Bending device As a part…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Page 429. Sample Problem 6.2.Solve the problem completely;but this time,placethe three applied forces from2.5 kips, 1 kip and 2.5 kips to the new values 3 kips, 2 kipsand1kip.Keep in mind that this change will result inmany other changes across the board.Discuss all practical issues in your findings
Artificial diamonds can be made using high-pressure, high-temperature presses. Suppose an artificial diamond of volume 1.12 ✕ 10−6 m3 is formed under a pressure of 4.65 GPa. Find the change in its volume (in m3) when it is released from the press and brought to atmospheric pressure. Take the diamond's bulk modulus to be B = 194 GPa. (Assume the system is at sea level.)
Figure Q2 shows an arrangement used to transfer materials F to a construction site. The rod OB is fixed at datum O. One of the systems used have dimension and loads as given in Table Q2. During operation, Pulley A is rotated as shown to move the load upwards. The inclination angle of rod OB is θ = 45O. Determine: Stress in Rope 1 (in MPa) Stress in Rope 2 (in MPa) Extension in Rope 2 (in mm) The minimum diameter of Rope 2 (in mm) if the stress is at yield
Given the sketch shown below, the diameter of the plunger Dp = 8 cm. The Ram diameter is Dr = 48 cm. The efficiency is 100%, the stroke of the plunger is 18 cm. The ram has to raise a load F2 = 2kN. Find: A) the force f1 exerted on the plunger. B) the number of strokes needed to raise the load given above by a distance of 10 cm. C) the volume of oil pumped if the load moves by 20 cm ( using plunger force in a ) D) what will be the new diameter of the ram piston if the new load force is 16 times the force exerted in the plunger the diameter of the plunger is kept to 8 cm.
The plunger of the hydraulic lift in a gasoline service station has a diameter of 1 inch. It is operated by a compressed air (density = 63 kg/m3) from the tank in which the pressure is 9.315 x 105 pascals. The output piston and the rack on which the car rests are 2 feet lower than the input plunger and together weigh 1,336.33 newtons. What is the weight of the heaviest car that can be lifted if the output piston has a diameter of 1 foot? Assume 80% efficiency of the machine.
Aweight of 400 N is dropped through a height of 600 mm onto a closed coil compression spring which instantaneously compresses by 200 mm under the impact. The diameter of spring wire is 25 mm and mean diameter of coil is 200 mm. Find maximum instantaneous stress produced by impact, and number of coil in spring take G = 30 in/mm2
State Pascal’s principle and give one application of the principle. An object is dropped into a beaker of water. Two forces are operating on the object viz. the weight of object and the buoyant force FB due to the fluid. Explain, in terms of the forces when the object. a.) Sinks to the bottom of the beaker b.)Floats in the water A hydraulic press for compacting powdered samples has a large cylinder with a diameter of 10.0 cm and a small cylinder of diameter 2.0 cm. If a force of 350 N is applied to the small cylinder, what will be the force exerted by the fluid on the large cylinder? Be consistent with your units.
A spring is compressed 30mm by a force of 50N. Calculate the spring constant in kN/m.
SolveSample Problem 4.1.All remain as presented, except for the following changes.The factor ofsafety is now 2, and not 3.As Presented, the thickness of the tube is uniform. In the new one that you are solving,let the thicknessesof the top and bottom be the same,ttb, and the thicknesses of theleft and right be the same,tlr.Theheightand the width of the tube are still respectively 5 in and 3.25 in.As you make thesethickness changes,you are to keep thetotal mass of the tube unchanged. Answer the same questions (a) and (b).Explain your findings
A uniform ladder 10m long and weighing 350N rests against a smooth wall at an angle of 30° with the wall. A 700N man stand 6m up from the bottom of the ladder. Find the horizontal force necessary at the base to keep the ladder from slipping. Draw a FBD
Calculate the reaction forces on the bearing near the pulley and bearing at the far end of the shaft. Include a free body diagram and coordinates. Given the shaft length is 1 meter= Mass=40Kg Static load = 8600N Dynamic (running load) = 8400N Some hints:1. This solution will require you to draw known forces and find unknown reactions in 2perpendicular planes and then add the horizontal and vertical reaction forces asvectors to find the reaction force (hypotenuse).2. Bearings are usually mounted as near as possible to the ends of the shaft withoutfouling the other machine elements. The bearing at the far shaft end can be mountedat the 1 meter point. The bearing at the pulley end should allow clearance to assemblethe pulley.3. Bearing reaction forces are typically simplified as a single point load through thebearing centre.
A 500 kg box is suspended with a rope and pulley arrangement. Indicate the required intensity and direction for the "T" force. (Use the sine and cosine theorems to solve the problem.)

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