In the system shown the ABC bar is subjected to a load Fz = P (in kN) at the same time as at a time My = 3P (kN·m). Usin

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In the system shown the ABC bar is subjected to a load Fz = P(in kN) at the same time as at a time My = 3P (kN·m). Using theMohr Circle determine (in terms of P and in units kN and m);a) The stress state of point a' in the xy plane.b) The state of stress for an angle of 30° clockwise seen fromz.
Data L=3.0 m bar diameter= 25 cm

In The System Shown The Abc Bar Is Subjected To A Load Fz P In Kn At The Same Time As At A Time My 3p Kn M Usin 1 (106.81 KiB) Viewed 39 times

In the system shown the ABC bar is subjected to a load Fz = P (in kN) at the same time as at a time My = 3P (kN-m). Using the Mohr Circle determine (in terms of P and in units kN and m); a) The stress state of point a' in the xy plane. b) The state of stress for an angle of 30° clockwise seen from z. Data L=3.0 m My a' Fz 2L bar diameter= 25 cm B 1.5 L Jod a' Cross-sectional area