Beam ABCD is pin-supported and roller-supported at points A and C, respectively, as shown in Figure...

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Beam ABCD is pin-supported and roller-supported at points A and C, respectively, as shown in Figure A. It is made with a hollow-rectangle cross section, as shown in Figure B. The beam has yield stress value of OY and modulus of elasticity value of E. The beam is subjected to a linearly-distributed load w between point B and point D, which is sufficient to cause beam ABCD to undergo different cases of elastic and plastic bending, as shown by CASES 1 through 4. Magnitude and distance of distributed load w is variable (therefore, distance BCD is also variable) Total length of beam ABCD is fixed. Outer dimensions of the beam cross section, a and care fixed, but the inner dimension b and d are variable. The Diagram FIGURE A FIGURE CASE 2-Yielding, d Beam ABCD is pin-supported and roller-supported at points A and C, respectively, as shown in Figure A. It is made with a hollow-rectangle cross section, as shown in Figure B. The beam has yield stress value of OY and modulus of elasticity value of E. The beam is subjected to a linearly-distributed load w between point B and point D, which is sufficient to cause beam ABCD to undergo different cases of elastic and plastic bending, as shown by CASES 1 through 4. Magnitude and distance of distributed load w is variable (therefore, distance BCD is also variable) Total length of beam ABCD is fixed. Outer dimensions of the beam cross section, a and care fixed, but the inner dimension b and d are variable. The Diagram FIGURE A FIGURE CASE 2-Yielding, d

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The image shows a problem statement where a beam ABCD with a hollowrectangle crosssection is supported at points A and C The beam has yield stress and ... View the full answer