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A steel cantilever beam is made of two T-shaped structures welded to each other as shown in the figure below. L1 = 1 m L2 = 0.5 m 200 mm 25 mm Area welded 150 mm 25 mm Weld 100 mm 25 mm 150 mm Determine the allowable load (P) that the beam can withstand. Ignore the weight of the block. o = 150 MPa in tensile and compressive. I| T = 100 MPa in sliding on the rolled material, and q = 2 MN/m for connection P.

A steel cantilever beam is made of two T-shaped structures welded to each other as shown in the figure below. L1 = 1 m L2 = 0.5 m 200 mm 25 mm Area welded 150 mm 25 mm Weld 100 mm 25 mm 150 mm Determine the allowable load (P) that the beam can withstand. Ignore the weight of the block. o = 150 MPa in tensile and compressive. I| T = 100 MPa in sliding on the rolled material, and q = 2 MN/m for connection P.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Hello Good Night Sir,
Permission, i have a question in my homework related Mechanics of material strength or mechanical engineering lesson. The following below is the questions. Please advice. Thank you so much

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Rohnaningsih

A steel cantilever beam is made of two T-shaped structures welded to each other as shown in the figure below. L1 = 1 m L2 = 0.5 m 200 mm 25 mm Area welded 150 mm -25 mm Weld 100 mm :25 mm 150 mm Determine the allowable load (P) that the beam can withstand. Ignore the weight of the block. o = 150 MPa in tensile and compressive. 100 MPa in sliding on the rolled material, and T = q = 2 MN/m for connection P.
Transcribed Image Text:A steel cantilever beam is made of two T-shaped structures welded to each other as shown in the figure below. L1 = 1 m L2 = 0.5 m 200 mm 25 mm Area welded 150 mm -25 mm Weld 100 mm :25 mm 150 mm Determine the allowable load (P) that the beam can withstand. Ignore the weight of the block. o = 150 MPa in tensile and compressive. 100 MPa in sliding on the rolled material, and T = q = 2 MN/m for connection P.
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