The beam is fabricated using a mild steel which is assumed to be elastic-perfectly plastic. The beam is subjected to distributed load and cross section as shown in the figure. Consider yield stress σy= 175 MPa. Determine the maximum intensity of the distributed load that can be applied to the beam when the first yielding will occur.Determine the maximum intensity of the distributed load that can be applied to the beam when Top and bottom flanges have just become fully plastic The beam is fabricated using a mild steel which is assumed to be elastic-perfectly plastic. The beam is subjected to distributed load and cross section as shown in the figure. Consider yield stress oy= 175MPa. Determine the maximum intensity of the distributed load that can be applied to the beam whenWo12.512.5250 mm12.56 m200 mmPart A - the first yielding will occur.µA?Wo =ValueUnitsSubmitRequest AnswerPart B - Top and bottom flanges have just become fully plasticHA?Wo =ValueUnitsSubmitRequest Answer

Yield stress = 175 Mpa Determine the maximum intensity hen first yielding will occurs and top &…

Answered: The beam is fabricated using a mild…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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The beam is fabricated using a mild steel which is assumed to be elastic-perfectly plastic. The beam is subjected to distributed load and cross section as shown in the figure. Consider yield stress σy= 175 MPa.

Determine the maximum intensity of the distributed load that can be applied to the beam when the first yielding will occur.

Determine the maximum intensity of the distributed load that can be applied to the beam when Top and bottom flanges have just become fully plastic

The beam is fabricated using a mild steel which is assumed to be elastic-perfectly plastic. The beam is subjected to distributed load and cross section as shown in the figure. Consider yield stress oy= 175
MPa. Determine the maximum intensity of the distributed load that can be applied to the beam when
Wo
12.5
12.5
250 mm
12.5
6 m
200 mm
Part A - the first yielding will occur.
µA
?
Wo =
Value
Units
Submit
Request Answer
Part B - Top and bottom flanges have just become fully plastic
HA
?
Wo =
Value
Units
Submit
Request Answer

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