Force is applied to the pipe using a wrench as shown in the figure. The inner radius of the pipe is 75 mm and the outer radius is 100 mm. The yield stress is, o yield 60 MPa; (a) Determine and show the internal forces in section a-a (points A and B are located in section a-a), (b) Show the stresses occurring at point A on x-z plane element, (c) Determine the max shear stress (max) at point A and show these stresses on a properly oriented element. (d) Check whether the loading is safe according to the maximum shear stress criterion (Tresca) for point A by taking the safety factor of 1.5,

Force is applied to the pipe using a wrench as shown in the figure. The inner radius of the pipe is 75 mm and the outer radius is 100 mm. The yield stress is, o yield 60 MPa; (a) Determine and show the internal forces in section a-a (points A and B are located in section a-a), (b) Show the stresses occurring at point A on x-z plane element, (c) Determine the max shear stress (max) at point A and show these stresses on a properly oriented element. (d) Check whether the loading is safe according to the maximum shear stress criterion (Tresca) for point A by taking the safety factor of 1.5,

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

See similar textbooks

Similar questions

Find the maximum compressive and tensile normal stresses in the section given in the figure. Draw the graph of the neutral axis and normal stress next to the section. Find the normal stresses in kg / cm2. P =16964 KG EX=20 cm EY=6 cm
16 mm 16 mm A M B |--40 mm-|--40 mm-| B D Couple-moment M is applied to the beam, which has a cross-section, as shown in the Figure. if M = 458 Nm and ß =62 Determine the stresses at points A, B and D. Also determine the orientation of neutral axis measured from z-axis.
How do I calculate for sigma seam? Thank you
An element in biaxial stress is subjected tostresses σx = -29 MPa and σy = 57 MPa, as shownin the figure. Using Mohr’s circle, determine thefollowing.(a) The stresses acting on an element oriented at aslope of 1 on 2.5 (see figure).(b) The maximum shear stresses and associated normalstresses.Show all results on sketches of properly orientedelements.
A cylinder of (320) mm inside diameter and (64) mm thickness is subjected to an internal pressure of 15 MPa. Find the variation of circumferential and radial stresses in the shell and plot them. What is the increase in the inside and outside diameters of the shell? Take E=200 GPa and v=0.3
2. A circular bracket with a diameter of 100 mm is fixed to a wall as shown in the figure. Determine and draw the state of stresses in small infinitesimal cubic elements located at points M and N on the cross section A. M 0.25 m 50 kNA 0.75 m 100 kN
A prismatic bar is subjected to an axial forcethat produces a tensile stress σθ = 65 u MPa and ashear stress τθ = 23 u MPa on a certain inclined plane(see figure). Determine the stresses acting on all facesof a stress element oriented at θ = 30°, and show thestresses on a sketch of the element.
A 30 mm square is drawn on the rim of a large steel pressure vessel. The biaxial stress situation in the square after the pressure is applied is as shown in the figure. Determine the change in length of the BC edge in (mm).
3: T = 10.11 kN-m
ANSWER ASAAAAP PLS
Please solve it in a handwritten format. Include the diagram
Grandpa/Shutterstock.com 7.3-26 An element in plane stress on the surface of an automobile drive shaft (see figure) is subjected to stresses of σ = -45 MPa and 7xy = 39 MPa (see figure). It is known that one of the principal stresses equals 41 MPa in tension. (a) Determine the stress o,. (b) Determine the other principal stress and the orientation of the principal planes, then show the principal stresses on a sketch of a properly oriented element. PROBLEM 7.3-26 T P o, Т 139 MPa 45 MPa