Beam AD is supported by a rollers at B and C that are equidistant form the ends, as shown in Fig. P 1.4-14. The beam supports a uniformly distributed downward load of intensity wo (force per unit length) along its entire length. (a) Determine an expression for the location a of the two supports that will minimize the maximum bending moment Mmax in the beam. (b) Also determine an expression for the value of Mmax. *Prob. 1.4-14. Beam AD is supported by a rollers at B and C that areequidistant form the ends, as shown in Fig. P 1.4-14. The beam supports auniformly distributed downward load of intensity wo (force per unit length)along its entire length. (a) Determine an expression for the location a of thetwo supports that will minimize the maximum bending moment Mmax inthe beam. (b) Also determine an expression for the value of Mmax.WВPI .4-14

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Answered: *Prob. 1.4-14. Beam AD is supported by…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Beam AD is supported by a rollers at B and C that are equidistant form the ends, as shown in Fig. P 1.4-14. The beam supports a uniformly distributed downward load of intensity wo (force per unit length) along its entire length. (a) Determine an expression for the location a of the two supports that will minimize the maximum bending moment Mmax in the beam. (b) Also determine an expression for the value of Mmax.

*Prob. 1.4-14. Beam AD is supported by a rollers at B and C that are
equidistant form the ends, as shown in Fig. P 1.4-14. The beam supports a
uniformly distributed downward load of intensity wo (force per unit length)
along its entire length. (a) Determine an expression for the location a of the
two supports that will minimize the maximum bending moment Mmax in
the beam. (b) Also determine an expression for the value of Mmax.
W
В
PI .4-14

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