Solve Normal Stress Problem: Width of 30kN Offset Link, 73MPa Max

AI Thread Summary
To determine the required width of an offset link supporting a load of 30 kN without exceeding a maximum normal stress of 73 MPa, the normal stress formula (stress = N/A) should be applied. The user has attempted various methods, including the shear force formula, but is struggling to find the correct approach. It is emphasized that the focus should be on normal stress rather than shear stress for this problem. Clarification on the problem setup is needed, as the figure referenced is not visible. The discussion highlights the importance of correctly identifying the type of stress being calculated.
ashleyw6
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Homework Statement



An offset link supports a load of 30 kN as shown in figure 6. Determine its required width w if the total (combined) normal stress is not to exceed 73 MPa?

The cross section of the link is rectangular and has thickness of 40 mm

Homework Equations



stress= N/A

I have tried many different ways to solve this problem but end up hitting a wall! any help would be greatly appreciated :)
 

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  • Figure 6.JPG
    Figure 6.JPG
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hi ashley, welcome to pf

can't see the pic yet, they usually take a while to claar, what have you tried?
 
Hi lanedance,

I have tried using the shearforce formula: \tau=VQ/It but am unable to get any where...
 
without being able to see the pic... why are you finding shear stress? when you want to find normal stress (Force/Area)
 
wow how dumb do i look :P i have tried solving the question in every way i could think of but i am doing something wrong. I have used the normal shear formula but again to no avail.
Thanks for the help!
 
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