An unbalanced centrifugal pump of mass 50kg produces an out-of-balance force of 2kN and is supported by four springs. Each spring has stiffness constant 10KN/m as shown. If the pump operates at...

An unbalanced centrifugal pump of mass 50kg produces an out-of-balance force of 2kN and is supported by four springs. Each spring has stiffness constant 10kN/m as shown. If the pump operates at 800rpm, determine the natural frequency of the system.An unbalanced centrifugal pump of mass 50kg<br>produces an out-of-balance force of 2kN and is<br>supported by four springs. Each spring has stiffness<br>constant 10KN/m as shown. If the pump operates<br>at 800rpm, determine the natural frequency of the<br>system.<br>Pump<br>@n = 30 rad/s<br>Wn = 14. 14 rad/s<br>Wn = 28. 28 rad/s<br>On = 20 rad/s<br>

Extracted text: An unbalanced centrifugal pump of mass 50kg produces an out-of-balance force of 2kN and is supported by four springs. Each spring has stiffness constant 10KN/m as shown. If the pump operates at 800rpm, determine the natural frequency of the system. Pump @n = 30 rad/s Wn = 14. 14 rad/s Wn = 28. 28 rad/s On = 20 rad/s

Jun 11, 2022
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