100mmQ3/ By using Area -Moment method,find the unknown load (P) of the beamshown in Fig.3, so that the deflection atpoint (C) does notE = 200GPA.10KN/n200mnexceed (3mm). A15m1.5MinsectionInFig.3

A beam is defined as a structural member subjected to transverse shear load during its…

Answered: 100mm, 10KN/n 200nn In 15n 1.5M in…

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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2. An axially loaded flat bar shown in Fig. 2 below is made of steel with a proportional limit of 57000 psi. Its thickness is 0.4 inches, its width is 3 inches, the groove radius is 0.5 inches, and the diameter of the hole is 0.3 inches. (a) Using the appropriate graphs in Fig 4, determine the stress concentration factors, K, at (i) the grooves; and (ii) the hole. (b) Determine the two values of the average stress (ơr) in terms of the axial load P (i) between the two grooves; and (ii) outside the hole area. (c) From your calculated K and the net area, A, determine the two values of the maximum stress in terms of the axial load P (i) at the groove; and (ii) at the hole. (d) From your answers in (c), and considering proportional limit of the bar determine the numerical values of P (i) in the vicinity of the grooves; and (ii) in the vicinity of the hole. (e) From your answers in (d) what is the maximum allowable axial load, Pll, the flat bar can carry with a factor of safety of 2.5.…
4.3. Assessing Risk of Aneurysm Rupture: Studies suggest that the maximum allowable stress (failure strength) for the wall tissue in an aortic aneurysm is o = 220 kPa, after accounting for factor of safety. A physician wants your expert opinion on the maximum diameter that an aortic aneurysm in a hypertensive patient (BP 200/90 mmHg) could be allowed to grow to before rupture becomes imminent. The wall thickness may be assumed to remain unchanged at t = 1.2 mm. State your answer in millimeters of diameter. INDBER
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100mm, 10KN/n 200nn In 15n 1.5M in section Fig.3 B. P.