From the state of stresses on a stress element as shown. - Find the state of...
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From the state of stresses on a stress element as shown. - Find the state of stresses on the plan AB. - Find the state of stresses when the stress element is rotated clockwise by 30° by using the equations and Mohr's Circle and draw the associated stress element. - Find the state of principal stresses and max. in-plane shear stresses by using the equations and Mohr's Circle and draw the associated stress elements. A steel structural member as shown is subjected to 6 kN force. Determine the state of stresses at point B. Find the state of principal stresses and max. in-plane shear stresses at point B by using the Mohr's Circle and draw the associated stress elements. A 12 mm B 150 mm 130 mm- 65 MPa B 15 mm 30% 20 MPa 800 mm- 300 mm 6 kN 20 MPa B From the state of stresses on a stress element as shown. - Find the state of stresses on the plan AB. - Find the state of stresses when the stress element is rotated clockwise by 30° by using the equations and Mohr's Circle and draw the associated stress element. - Find the state of principal stresses and max. in-plane shear stresses by using the equations and Mohr's Circle and draw the associated stress elements. A steel structural member as shown is subjected to 6 kN force. Determine the state of stresses at point B. Find the state of principal stresses and max. in-plane shear stresses at point B by using the Mohr's Circle and draw the associated stress elements. A 12 mm B 150 mm 130 mm- 65 MPa B 15 mm 30% 20 MPa 800 mm- 300 mm 6 kN 20 MPa B
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