A Question 6 The beam shown in figure 6 is encastré at one end and simply supported at the other. It supports two point

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A Question 6 The beam shown in figure 6 is encastré at one end and simply supported at the other. It supports two point

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A Question 6 The Beam Shown In Figure 6 Is Encastre At One End And Simply Supported At The Other It Supports Two Point 1
A Question 6 The Beam Shown In Figure 6 Is Encastre At One End And Simply Supported At The Other It Supports Two Point 1 (75.06 KiB) Viewed 46 times
A Question 6 The beam shown in figure 6 is encastré at one end and simply supported at the other. It supports two point loads as shown in figure 6. i.) Use the Differential equations of flexure to determine all the reactions Calculate and draw the bending moment diagram. ii.) The flexural rigidity EI is constant. 200kN 200kN A ↓ ↓ B B 3m 3m Figure 6 Determine the equation of the deflection curve for the simply supported beam shown in figure 7. Calculate the max deflection and indicate the distance from the left hand support. The E value for the beam material is 30GPa. The beam is 400 mm wide and 1000mm deep. 25kN per m run 5m 5m Figure 7 3m 5m
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