60mm D 25mm A 25mm FIGURE Q2(c) 5kN B The thin-walled extruded beam shown in Figure Q2(c) is made of aluminium and has

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answerhappygod
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60mm D 25mm A 25mm FIGURE Q2(c) 5kN B The thin-walled extruded beam shown in Figure Q2(c) is made of aluminium and has

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60mm D 25mm A 25mm Figure Q2 C 5kn B The Thin Walled Extruded Beam Shown In Figure Q2 C Is Made Of Aluminium And Has 1
60mm D 25mm A 25mm Figure Q2 C 5kn B The Thin Walled Extruded Beam Shown In Figure Q2 C Is Made Of Aluminium And Has 1 (256.51 KiB) Viewed 18 times
60mm D 25mm A 25mm Figure Q2 C 5kn B The Thin Walled Extruded Beam Shown In Figure Q2 C Is Made Of Aluminium And Has 2
60mm D 25mm A 25mm Figure Q2 C 5kn B The Thin Walled Extruded Beam Shown In Figure Q2 C Is Made Of Aluminium And Has 2 (128.03 KiB) Viewed 18 times
60mm D 25mm A 25mm FIGURE Q2(c) 5kN B
The thin-walled extruded beam shown in Figure Q2(c) is made of aluminium and has a uniform 3 mm wall thickness. Knowing that the shear in the beam is 5 kN. determine: (1) (11) The shearing stress at point A. The maximum shearing stress in the beam. (5 marks) (5 marks)
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