A steel bar of rectangular cross-section with 26 mm wide and 60 mm deep is freely supported at the two ends 1 m apart and carries a mass of 210 kg in the middle of the bar. Neglecting the mass of the...


A steel bar of rectangular cross-section<br>with 26 mm wide and 60 mm deep is freely<br>supported at the two ends 1 m apart and<br>carries a mass of 210 kg in the middle of the<br>bar. Neglecting the mass of the bar, 1- find<br>the frequency of transverse vibration. 2- If<br>an additional mass of 210 kg is distributed<br>uniformly over the length of the bar, what<br>will be the frequency of vibration? Take E=<br>210 GN/m2.<br>

Extracted text: A steel bar of rectangular cross-section with 26 mm wide and 60 mm deep is freely supported at the two ends 1 m apart and carries a mass of 210 kg in the middle of the bar. Neglecting the mass of the bar, 1- find the frequency of transverse vibration. 2- If an additional mass of 210 kg is distributed uniformly over the length of the bar, what will be the frequency of vibration? Take E= 210 GN/m2.

Jun 11, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here