Sentence examples for damping resulted from inspiring English sources

The nonlinear aerodynamic damping at a given wind speed and the hysteretic damping resulted from hysteretic restoring force are modelled as polynomial functions of amplitude of narrow-band building response.

The results demonstrate that the inelastic response with zero mean component is lower than that of corresponding elastic system attributed to the increase in system damping resulted from the hysteretic restoring force.

The proposed strategy is shown to result in improved system damping resulting in faster mitigation of low frequency oscillations.

The surface of the melt pool is analytically modeled as oscillations of stationary capillary waves with damping resulting from the forces of surface tension and viscosity.

It is shown that different spindle speeds cause changes in the system damping, resulting in different levels of stability limits at different spindle speeds.

This model enables the prediction of the susceptibility of a slender tower to galloping instability through an evaluation of the net damping resulting from the wind-structure interaction.

The analysis shows that to guarantee closed-loop stability while tracking arbitrary time-varying motion force profiles with a rigid manipulator, the controller should implement a considerable (and often unrealistic) amount of damping, resulting in inferior tracking performance.

Blade tip response predictions, computed from turbulent excitation, correctly account for both modal and directional couplings, and the added damping resulting from the dependency of the aerodynamic force on the structural motion.

The injected spin torque overwhelms the damping, resulting in the reversal of the free-layer magnetization from parallel state to anti-parallel.

The most common method for defining equivalent viscous damping resulting from hysteretic damping is to equate the energy dissipated in a vibration cycle of the inelastic system and the equivalent linear system (Dwairi et al. 2007).

Thermoelastic damping, resulting from heat generation due to vibration and dissipation from thermal diffusion, is identified as the fundamental limit for the attainable quality factor of a micromechanical resonator [6].