(03) The composite beam cross section is constructed frou brass and alumiunm. If the allowable bending stress for the beass is ianhr- 180 MPa. and allowable bending stress for aluminum is (oalanla- 165 MPa, determune the maxannm allowable internal moment M that can be supported by the beam. The mochuli of elasticity for beass and alhunimum are E - 100 GPa and Esha 70 GPa respectrvely. Aluminum (1) (2) Brass (1) Aluminum
(03) The composite beam cross section is constructed frou brass and alumiunm. If the allowable bending stress for the beass is ianhr- 180 MPa. and allowable bending stress for aluminum is (oalanla- 165 MPa, determune the maxannm allowable internal moment M that can be supported by the beam. The mochuli of elasticity for beass and alhunimum are E - 100 GPa and Esha 70 GPa respectrvely. Aluminum (1) (2) Brass (1) Aluminum
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![(0) The conposite beam cross section is constructed fiom brass and aluminnum, If dhe allowable bending
stress for the brass is (oane- 180 MPa, and allowabke bending stress for alumimmm is (oalanlaten- 165
MPa, determune the maxinnam allowable internal moment M that can be supported by the beam. The moduli
of elasticity for buass and aluninum ore E- 100 GPa and Eat 70 GPa, repectively
40 mm
Aluminum
(1)
10mm
(2)
40 mm
Brass
10 mm
(1)
Aluminum](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F34e9d347-cf10-46cb-b95e-79d0e34e7505%2F135cbff0-88ca-4ce2-ae95-f5a665832a97%2Fjdqxbs_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(0) The conposite beam cross section is constructed fiom brass and aluminnum, If dhe allowable bending
stress for the brass is (oane- 180 MPa, and allowabke bending stress for alumimmm is (oalanlaten- 165
MPa, determune the maxinnam allowable internal moment M that can be supported by the beam. The moduli
of elasticity for buass and aluninum ore E- 100 GPa and Eat 70 GPa, repectively
40 mm
Aluminum
(1)
10mm
(2)
40 mm
Brass
10 mm
(1)
Aluminum
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