Question

The actual areas and skin thickness are A1,2= 0.5 in2 A3,4= 0.75 in2 t = 0.06 in a) Idealize the cross section as a skin - stringer model. b)Find the normal stress ($\sigma_x$) in idealized stringer #1 if Mz = +500,000 lb-in, My = +100,000 lb-in.

          The actual areas and skin thickness are A1,2= 0.5 in2 A3,4= 0.75 in2 t = 0.06 in
a) Idealize the cross section as a skin - stringer model.
b)Find the normal stress ($\sigma_x$) in idealized stringer #1 if Mz = +500,000 lb-in, My = +100,000 lb-in.

The actual areas and skin thickness are A1,2= 0.5 in2 A3,4= 0.75 in2 t = 0.06 in
a) Idealize the cross section as a skin - stringer model.
b)Find the normal stress () in idealized stringer #1 if Mz = +500,000 lb-in, My = +100,000 lb-in.

Added by Thomas W.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

06/15/2023

Step 1

In a skin-stringer model, the cross section is idealized as a combination of a skin and stringers. The skin is represented by the actual areas A1,2 and A3,4, and the stringers are represented by the actual thickness t. Show more…

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Text: It's urgent, please. Structural Analysis The actual areas and skin thickness are A1,2 = 0.5 in^2, A3,4 = 0.75 in^2, t = 0.06 in. a) Idealize the cross section as a skin-stringer model. b) Find the normal stress in idealized stringer #1 if Mz = +500,000 lb-in and My = +100,000 lb-in. MT 26 40 24