Question

F b1 Cross section H, b1, b2, tf, tw mm mm mm mm mm 1000 400 500 30 20 E=200GPa 4) a) Calculate and draw the normal and tangential (shear) stress diagrams b) For point A of the given cross sections calculate the principal stress and maximum shear stress. 5) Check the strength for point A of given cross-section using the distortion ener- gy failure theory (Huber - Hencky - von Mises theory) if $f_y$=250MPa

          F
b1
Cross section
H, b1, b2, tf, tw
mm mm mm mm mm
1000 400 500 30 20
E=200GPa
4) a) Calculate and draw the normal and tangential (shear) stress diagrams
b) For point A of the given cross sections calculate the principal stress and
maximum shear stress.
5) Check the strength for point A of given cross-section using the distortion ener-
gy failure theory (Huber - Hencky - von Mises theory) if $f_y$=250MPa

F
b1
Cross section
H, b1, b2, tf, tw
mm mm mm mm mm
1000 400 500 30 20
E=200GPa
4) a) Calculate and draw the normal and tangential (shear) stress diagrams
b) For point A of the given cross sections calculate the principal stress and
maximum shear stress.
5) Check the strength for point A of given cross-section using the distortion ener-
gy failure theory (Huber - Hencky - von Mises theory) if fy=250MPa

Added by Nicholas W.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Sparsha S

Step 1

To calculate the normal stress at point A, we can use the formula: σ = F / A where σ is the normal stress, F is the force applied, and A is the cross-sectional area. Given that F = 200 GPa and the cross-sectional area at point A is H * b2 - (H - th) * b1, we Show more…

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F tw H b F = 200 GPa Cross section H, bi, b2, th, tw, 7PL77E 1000, 400, 500 30 20 4a. Calculate and draw the normal and tangential (shear stress) diagrams. b. For point A of the given cross sections, calculate the principal stress and maximum shear stress. 5. Check the strength for point A of the given cross-section using the distortion energy failure theory (Huber-Hencky-von Mises theory) iffy-250 MPa.