A car rapidly accelerates, subjecting one of its wheels to the loading shown. Use the following...

 

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A car rapidly accelerates, subjecting one of its wheels to the loading shown. Use the following values in your working out: | = 600 mm d₁ = 60 mm d₂ = 650 mm P = 15 KN F = 56 KN Front View 1 P Isometric View E = 205 MPa V = 0.25 F a) Draw the stresses acting on an element located at A, at the top of the axle connected to the wheel, in the X-Y plane. Label these stresses with their appropriate magnitudes. (1 mark) If you are using the response sheet from your PSS Booklet, please disregard the template stress elements and only consider a 2D element in the X-Y plane. b) By drawing a Mohr's circle, find the principal stresses and maximum in-plane shear stress at A (1.5 marks) c) If the axle is made from a material with Young's Modulus and Poisson's ratio as shown below, determine the in- plane principal strains at A. (0.5 marks) Side View A car rapidly accelerates, subjecting one of its wheels to the loading shown. Use the following values in your working out: | = 600 mm d₁ = 60 mm d₂ = 650 mm P = 15 KN F = 56 KN Front View 1 P Isometric View E = 205 MPa V = 0.25 F a) Draw the stresses acting on an element located at A, at the top of the axle connected to the wheel, in the X-Y plane. Label these stresses with their appropriate magnitudes. (1 mark) If you are using the response sheet from your PSS Booklet, please disregard the template stress elements and only consider a 2D element in the X-Y plane. b) By drawing a Mohr's circle, find the principal stresses and maximum in-plane shear stress at A (1.5 marks) c) If the axle is made from a material with Young's Modulus and Poisson's ratio as shown below, determine the in- plane principal strains at A. (0.5 marks) Side View

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