A cylindrical tank with hemispherical heads is constructed of steel sections that are welded circumferentially(see figure). The tank diameter is 1.25m, the wall thickness is 22mm and its pressure is 1750kPaFor the cylindrical tank, determine:(a) The maximum tensile stress ohead in the heads of the tank.(b) The maximum tensile stress o, in the cylindrical part.(c) The tensile stress ow acting perpendicular to the welded joint.(d) The maximum shear stress Thead in the heads of the tank(e) The maximum shear stress t, in the cylindrical part of the tank.Welded seams

Given Data: The pressure inside the tank is P= 1750 kPa. The diameter of the tank is d= 1.25 m. The…

Answered: A cylindrical tank with hemispherical…

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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A steel pipe of length L= 3 ft, outside diameter d₂- 10 in., and inside diameter dy = 5.1 in. is compressed by an axial force P= 107 kips. The material has = Poisson's ratio v=0.30. Determine the increase in thickness.
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The tank shown in Figure below is fabricated from t = 1/8 in steel plate. The maximum longitudinal and circumferential stress caused by an internal pressure of 125 psi (Ib/in²). 1. Drive the expressions for longitudinal and tangentional stresses? 2. Calculate the maximum longitudinal and circumferential stress caused by an internal pressure? Fw Fw Fp Fp XLV 1.5 ft |1= 1/8 in Fw Fw Fw Fw 0.75 ft LONGITUDINAL STRESS, ₁ TANGENTIAL STRESS , 2 ft 1.5ft ث إضافة ملف
a cylindrical pressure vesssel( diameter =2.8m and wall thickness of 35mm) is made of steel. the maximum pressure inside the tank is 2.0Mpa. Based on the tresca( maximum shear stress criterion) what is the required yield stress of the steel. Show all work and formulas
A pressurized cylindrical container, as in the figure, is made of 12 mm thick plate as shown in the figure. The pressure in the cylinder is given as 1400 kPa and axial load F = 70 kN. According to the cylinder's inner D = 1.5 m; Find the normal stress and shear stress occurring along the welding seams in the cylinder. kaynak dikiş düzlemi = weld bead surface
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Find the stress acting on the surface of a thin sphere of diameter 15 cm, thickness 0.25 cm and the internal pressure is 2 MPa
a 4ll Asiacell Q2 A 20 mm diameter steel rod passes concentrically through a bronze tube (200+SN) mm long, 50 mm external diameter and 40 mm internal diameter. The ends of the steel rod are threaded and provided with nuts and washers which are adjusted initially so that there is no end play at 25°C. 1. Assuming that there is no change in the thickness of the washers, if the stress produced in the steel is (200+SN) MN/m2 when one of the nuts is tightened, the pitch of the thread being 1 mm. Find the number of turns for the nut and stress in bronze tube.2. If the temperature of the steel and bronze is then raised to 40°C find the changes that will occur in the stresses in both materials. The coefficient of linear expansion per C is 10 x10-6 for steel and 17 x10-6 for bronze. E for steel = 210 GN/m2. E for bronze = 100 GN/m2. Where SN=3 إجابتك
A thick-walled tiub with internal diameter, D; = 160 mm and external diameter, Do = 320 mm is acted by the external pressure, po. The tube is made of steel with Young's modulus of 200 GPa and yield strength of 210 MPa. Considering the open-end condition; (a) determine the maximum pressure, po that could be carried by the tube for yielding the wall material based on the Maximum-Shear-Stress theory (Tresca). (b) Using the result of part (a), calculate the stresses in the tube wall material at both internal and external radius positions. Sketch the corresponding stress element. (c) Draw the yield locus in the principal stress space (o versus o2) and indicate the yield stress value. Show, on the diagram, the state of the stress as calculated in part (b).
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