Q6/ A horizontal bracket ABC shown in Fig. (6) consists of two perpendicular arms AB and BC. Arm AB has a solid circular cross section with diameter equal to 60 mm. At point C a load P1-2.02 kN acts vertically. calculate the maximum tensile stress, the maximum compressive stress, and the maximum in-plane shear stress at point p. LBC = 0,4m. LAB-1m)

Q: d)Determine the corresponding bearing stress in each support bracket at C in MPa.

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Q: 4.yielding of the web represents one of the a) shear limit state) .b) moment limit state)…

A: The correct answer is option a) Shear limit statea) Shear limit state:A limit state in beam design…

Q: h = 100 a.) Construct stress blocks which show the stresses acting on the cross-section at A and B…

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Q: There is a P = 188 KN load applied in the mid-span of the below simply supported beam with the given…

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Q: Review: Design of simple structures 1. *1-96. Determine the required cross-sectional area of member…

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Q: P = 12 KIPS In a section ABC, sufficiently far from the post to remain plane, determine the stress…

A: P = 12 kips 10 in x 10 in column

Q: 1. Three forces are applied to the bar shown. Calculate principal stresses and maximum shearing…

A: Solution:- Given data:- P = 50 kips, Vx = 6 kips Vz = 2 kips MX = (10.5-2)(6) = 51 kips.in MZ =…

Q: L - 25 in. - 25 kips For the beam and loading shown, determine:. 5. The shearing stress at point a (…

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Q: diameter of the smallest pin that can be used if not to exceed a shear stress of 60 MPa (Draw

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Q: For the vertical flexural member shown, determine the maximum shear stress in MPa at section K, as…

A: To determine: Maximum shear stress at section K

Q: A force P of magnitude 1,100 N is applied to the pedal shown satisfies a shearing stress in the pin…

A: Given data,  Applied force P = 1100 N  Shear Stress in the pin = 42 MPa  We have to determine the…

Q: Determine the normal stress at A and B in member CD. Pins C and D are at the centroid of the T…

A: Calculating the total area of T-Cross section A: A=(7*1.5)+(6*1)   =16.5 in2

Q: P6-5. Sketch the bending stress distribution over each cross section. (a) M P6-5 (b)

A: Two members cross section are shown in the above figure. We have to draw bending stress distribution…

Q: Determine the normal stress at A and B in member CD. Pins C and D are at the centroid of the T secti…

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Q: A timber frame or truss shown below supports a load P of 50 kN. Find (a) the normal stress in all…

A: Solution: Given: P = 50 kN

Q: 4 ft C B ITI

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Q: 2. Determine the largest load P that can be applied to the frame without causing either the average…

A: member CB has a square crosssection of 25mm sideat section a-aaverage normal stress(average shear…

Q: Required information Consider the beam and loading shown. If a=8 in, b=9.0 in, c=1 in. For a section…

A: Draw the free-body diagram of the beam.

Q: ! Required information Each of the four vertical links has an 8 x 36-mm uniform rectangular cross…

A: Given data - Cross section = 8×36 mm Diameter of Pin = 16 mm P = 23 KN Find out - Average shear…

Q: If the wide flange is subjected to a shear force of V = 30 kN, Draw the shear stress distribution in…

A: The maximum shear stress is the maximum concentrated shear force in a small area. The neutral axis…

Q: In the following structure, bolt B has a diameter of 1.75” and bolt A has a diameter of 2.50”. Bar…

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