The A-36 steel pipe in (Figure 1) has a 6061-T6 aluminum core. It issubjected to a tensile force of 200 kN. The pipe has an outer diameterof 65 mm and an inner diameter of 55 mm. For A-36 steel,Est = 200 GPa, and for 6061-T6 aluminum, E = 68.9 GPa.Determine the average normal stress in the aluminum due to this loading.Express your answer to three significant figures and include appropriate units.?Oal =ValueUnitsSubmitRequest AnswerPart BDetermine the average normal stress in the steel due to this loading.Express your answer to three significant figures and include appropriate units.?Figure1 of 1ValueUnitsOst =400 mmSubmitRequest Answer200 kN200 kN

Answered: Image /qna-images/answer/7a46f7e1-42b6-46cf-a5ba-a5dc8e0c5eb1.jpg

Answered: The A-36 steel pipe in (Figure 1) has a…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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From the figure as shown, determine the stress in psi at the top surface of the second cylinder. Assume the specific weight of the material is 460 Ibf/ft? F = 3000lbf d = 1 ft ww h = 1.5 ft ww
C-S at E: 40 mm TB The pipe assembly is subjected to the loads shown. Determine the state of 1 kN 30 mm stress at point A on cross-section E and show the results on a volume element. (Ans: 0A = -5.615 MPa, Ta = 5.372 MPa) 0.4 m X 0.3 m B 0.5 m 0.1 m 0.1 m 60" E 0.25 m 2 kN
The cylindrical steel column has an outer diameter of 4 in. and inner diameter of 3.5 in. The column is separated from the concrete foundation by a square bearing plate. The working compressive stress is 26 000 psi for the column, and the working bearing stress is 1200 psi for concrete. Find the largest force P that can be applied to the column. Express your answer in Ib. 4 in. 3.5 in. 4/4 7 in.
For the shaft shown below, determine the normal and shear stresses acting on the element located at point A, including stress concentrations. Then draw the stress element at A with the applied stresses and determine the three principal stress (0₁, 2 and, σ3) using Mohr's circle. r = 0.0042 m, d = 0.03 m, D = 0.033 m, T = 250 Nm P = 1500 N, M = 300 Nm, A M M DEHRƏC T d T P P r
The shaft shown below is made of AISI 1020 steel. Determine the most critical section, the principal stresses at the groove and at the fillet. Assume no concentration factors at the wall. The dimensions of the various diameters shown are d = 30 mm, D = 45 mm, and d2 = 40 mm. 40 mm. 7= 9mm 40 mm, 7 = 6 mm d 1 kN 40 mm 10 kN T= 50 N-m
The rectangular bar is connected to the support bracket with a 24-mm-diameter pin. The bar width is w- 85 mm and the bar thickness is 20 mm. Each side of the bracket has the same dimensions as the bar. The average shear stress in the pin cannot exceed 120 MPa, the bearing stress in the bar cannot exceed 140 MPa, and the bearing stress in the bracket cannot exceed 130 MPa. Determine the maximum value of Pmax that can be supported by the structure. Answer: Pmax i kN
The steel pipe in (Figure 1) has an inner diameter of 3.41 in and an outer diameter of 3.66 in. If it is fixed at C and subjected to the horizontal 60-lb force acting on the handle of the pipe wrench at its end, determine the principal stresses in the pipe at point A, which is located on the outer surface of the pipe.
Determine the average normal stress developed at points A, B, and C. The diameter ofeach segment is indicated in the Figure below.
Problem 2: For the shaft shown below, determine the normal and shear stresses acting on the element located at point A, including stress concentrations. Then draw the stress element at A with the applied stresses and determine the three principal stress (0₁, 02 and, 03) using Mohr's circle. r= 0.0042 m, d = 0.03 m, D = 0.033 m, T= 250 Nm P = 1500 N, M = 300 Nm, A M T J.C₁ P r M T Di d
Two blocks joined by a single pin are subjected to a pulling force of P = 250 Ib. The pin has a diameter of 0.25 in and the dimensions of the blocks with respect to the figure below are listed below. a = 2.42 in b = 1.52 in C = 1.5 in ti = 0.89 in t2 = 1.2 in Note that the dimensions b and c represent the distance from the edge of the block to the middle of the pin t, 1 a Vinter201920-Engr220-001/images/9de8f780-b478-3fb6-91f7-bd1015381538_fafc4bb4-e5d Image is not drawn to scale.
The 510-kg engine is suspended from the jib crane at the position shown. (Figure 1) Figure 2m 2 m 2 m 430 D a 0.4 m 150 mm T 150 mm 20 mm- A 20 mm + T 300 mm 20 mm Section a-a 1 of 1 Part A Determine the normal stress at point A on the cross section of the boom at section a - a. Express your answer using three significant figures and include the appropriate units A= -3.327 Submit Previous Answers Request Answer Part B HÅ ^ * Incorrect; Try Again; 5 attempts remaining TA = Submit Determine the shear stress at point A. Express your answer to three significant figures and include the appropriate units. D Provide Feedback MPa μA Value Request Answer ? Units BE ?
3. A cylindrical vessel has the following specifications : Internal diameter = 800 mm Internal length Internal pressure Metal thickness This cylinder vessel must be replaced by a spherical vessel having the same internal volume, pressure and maximum hoop stress. Determine the internal diameter and metal thickness for this spherical vessel. = 1.8 m = 240 Kpa = 8mm Ans. ( 1.2 m ; 6 mm ) 4. A thin cylindrical pipe 250 mm internal diameter and 6 mm metal thickness is fitted with end covers and subjected to an internal pressure of 6 MPa. Determine the axial compressive load required to reduce the longitudinal stress to zero. Ans. ( 301.6 kN )

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