- #1
Joe_1234
- 25
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A 30 m long aluminum bar having a diameter of 50 mm is subjected to a tensile stress of 172 MPa. Find the final diameter of the aluminum bar if E=69116MPa and Poisson's ratio=0.4?
The final diameter of a 30m aluminum bar can be calculated using the formula D = (4F/πσ)^0.5, where D is the final diameter, F is the force applied, σ is the yield strength of aluminum (172MPa in this case), and π is the mathematical constant pi.
The yield strength of aluminum refers to the amount of stress that can be applied to the material before it begins to deform or break. In this case, the yield strength of aluminum is 172MPa.
Finding the final diameter of a 30m aluminum bar is important for understanding the structural integrity and strength of the bar. It can also help determine if the bar is suitable for a specific application or if it needs to be reinforced.
Yes, there are other formulas that can be used to calculate the final diameter of an aluminum bar, such as the Euler-Bernoulli beam equation or the Timoshenko beam equation. However, the formula mentioned in question 1 is commonly used for simple calculations.
Other factors that should be considered when calculating the final diameter of a 30m aluminum bar include the type and quality of the aluminum, the temperature and environment in which the bar will be used, and any external forces or stresses that may be applied to the bar.