Problem 9.17 aircraft structure, Megson

AI Thread Summary
The discussion focuses on finding the solution to Problem 9.17 from "Aircraft Structures for Engineering Students," which involves calculating the position of the shear center for a thin-walled beam with specified dimensions and areas. Participants emphasize the need to provide the problem details for effective assistance. The problem requires applying basic bending theory, considering the contributions of the booms and walls to stress distribution. The provided answer indicates that the shear center is located 197.2 mm from the vertical through booms 2 and 3. Engaging with the problem's specifics is essential for collaborative problem-solving.
sohaib
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does anyone know the solution of problem 9.17 of the book Aircraft structures for engineering students or

help me with how to approach to solve the problem.
regards,
 
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Problem Aircraft Structure 9.17

Figure shows the cross section of a single cell, thin walled
beam with the horizontal axis of symmetry. The direct stresses are carried
by the booms B1 to B4, while the walls are effective only in carrying shear
stresses. Assuming that the basic theory of bending is applicable, calculate
the position of the shear center S. The shear modulus G is the same for all walls.

Cell Area = 135000 mm^2
Boom Areas B1 = B4 = 450 mm^2, B2 = B3 = 550 mm^2

Wall Length(mm) Thickness(mm)
12,34 500 0.8
23 580 1.0
41 200 1.2

Ans: 197.2 mm from vertical through booms 2 and 3.


please if anyone can help me it would be most appreciated.
 

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