A X2 W Ic L w = 52 a = 3 L = 5

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Q: 1000 N 1500 N/m A C D В 2 m 2 m

A:

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Q: H.W1 The beam is subjected to the linearly varying distributed load. Determine the maximum…

A: step 1-

Q: a. The reaction at the roller support in kN. b. The deflection at point "B" in terms of El.

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Q: nd find:- . The maximum deflection (at free end). The rotation at free end. I=constant

A: Moment equationMx=Pxusing double integration MxEI=d2ydx2Px=EId2ydx2Px22+c1=EIdydxEI(y)=Px36+c1x+c2

Q: P P P P P 6 T 6 66 6 6 i (a) Determine the deflection & at the midpoint of the beam. (Enter the…

A:

Q: 2. Determine the equations of the elastic curve for the beam using the x coordinate. (Please use the…

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Q: The 42 foot long overhanging beam shown is supported by a pin at A and a roller at C. The beam…

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Q: For the beam load as shown, determine (a) slope at A and (b) the maximum deflection between the…

A: Free body diagram -  Force in the vertical direction -  RA + RC = 1600×10 + 4000⇒RA + RC = 20000lb…

Bars

In civil engineering, bars refer to steel reinforcement bars or rebars. These are structural members primarily used for reinforcement purposes in masonry works. A bar is characterized by its cross-sectional area, which is negligible compared to its length. Bars are usually manufactured by steel which is uniform throughout the length, or by meshing multiple steel wires. Other materials of the bar include carbon steel, glass fiber, carbon fiber, and basalt fiber. The reinforcing bars are coated with epoxy resins and other materials to enhance some of their properties including corrosion resistance.