Question

Member AB spans two supports that are a=2.6m apart. It is subjected to a distributed load of w=1000N/m and a concentrated moment of M=830 N*m as shown. The member will have a square 27mmx27mm hole in its cross section oriented at a 45 degree angle as shown. If the material that conposes the member must not be stressed above 190 MPa find the minimum allowable outer diameter of the member b

Name: member ab spans two supports that are a26m apart it is subjected to a distributed load of w1000nm and a concentrated moment of m830 nm as shown the member will have a square 27mmx27mm hole i 23017
Uploaded: 2024-05-21T10:44:23-08:00
Duration: 6 min 13 s
Channel: Adi S
Description: member ab spans two supports that are a26m apart it is subjected to a distributed load of w1000nm and a concentrated moment of m830 nm as shown the member will have a square 27mmx27mm hole i 23017

          Member AB spans two supports that are a=2.6m apart. It is subjected to a distributed load of w=1000N/m and a concentrated moment of M=830 N*m as shown. The member will have a square 27mmx27mm hole in its cross section oriented at a 45 degree angle as shown. If the material that conposes the member must not be stressed above 190 MPa find the minimum allowable outer diameter of the member b

Added by Julian H.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

05/21/2024

Step 1

6 m - Uniform distributed load: w = 1000 N/m - For a simply supported beam with uniform load, the maximum bending moment is M_uniform = w L^2 / 8. M_uniform = 1000 * (2.6)^2 / 8 = 1000 * 6.76 / 8 = 845 N·m - There is also a concentrated moment M = 830 N·m applied Show more…

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Member AB spans two supports that are a=2.6m apart. It is subjected to a distributed load of w=1000N/m and a concentrated moment of M=830 N*m as shown. The member will have a square 27mmx27mm hole in its cross section oriented at a 45 degree angle as shown. If the material that conposes the member must not be stressed above 190 MPa find the minimum allowable outer diameter of the member b