RegisterLog in Sign up with one click: Facebook Twitter Google Share on Facebook underdamping (redirected fromunderdamp) underdamping [¦ən·dər¦dam·piŋ] (physics) Condition of a system when the amount of damping is sufficiently small so that, when the system is subjected to ...
In this chapter, the governing equations of motion are formulated for free vibration of single-degree-of-freedom (SDOF) (under-damped) systems. Motion characteristics are studied for under-damped, critically damped and over-damped systems. Vibration characteristics of an underdamped system are ...
aMaximal speed requires precise adjustment of the liquid viscosity such that the drop motion is critically damped—otherwise the droplet either oscillates several times or relaxes only slowly towards the new equilibrium shape. 最大的速度要求液体黏度的精确调整这样阻止否则下落行动是小滴重要地摆动多次或只...
The new form is presented generalizing all the previous formulae derived individually for second-, third- and fourth-order equations to obtain undamped, damped, over-damped and critically damped solutions. Therefore, all types of oscillatory and non-oscillatory solutions are determined by suitable ...
If the system is critically damped, then the fluctuations are relatively small. In case of overdamping, the fluctuations are very small and the system is effectively deterministic. A comparative study of the results is presented through computer simulation....
If the system is critically damped, then the fluctuationsare relatively small. In case of overdamping, the fluctuations are very small andthe system is effectively deterministic. A comparative study of the results ispresented through computer simulation.A. MAITI...
One-Step Discrete Fourier Transform-Based Sinusoid Frequency Estimation under Full-Bandwidth Quasi-Harmonic Interference Silva, Jo茫o MiguelOliveira, Marco Ant贸nioSaraiva, Andr茅 FerrazFerreira, An铆bal J. S.
The burden has a strong influence on the VT ratio error over the whole frequency range, the largest influence can be observed in the range of the resonance that is damped by the burden. At the fundamental level, the ratio error changes by up to 2%, whereas at the resonance, the ratio ...
After estimating the system response, the results allow determining that the modeled MG is critically damped because the transfer function that describes the dynamic system has two complex-conjugated poles on the imaginary axis. In consequence, the method of states-feedback is applied to dispose of...
After estimating the system response, the results allow determining that the modeled MG is critically damped because the transfer function that describes the dynamic system has two complex-conjugated poles on the imaginary axis. In consequence, the method of states-feedback is applied to dispose of...