Sentence examples for energy loss factor from inspiring English sources

When the structure is driven at one point, the equations allow one to obtain the kinetic and potential energy, loss factor and other energy characteristics by the most economic way: without measuring or computing the response all over the structure and using only the data measured at the driving point.

An efficient method for estimating the vibration energy characteristics (such as the potential energy, kinetic energy, loss factor, etc). of a forced vibrating structure proposed earlier (Journal of Sound and Vibration 1998,217, 351 386) [1] is improved and validated numerically and experimentally.

Pressure wave propagation along the vocal tract has been simulated using the Kelly-Lochbaum model plus an energy loss factor applied at each cylinder.

Its accuracy mainly depends on precise determination of energy loss factors.

In the paper, three different types of composite structures (point-connected I, L and T types) made of laminated plates are of concern to determine in-situ energy loss factors by using power injection method1 (PIM).

Approximate energy models for infinite and finite plates are derived using three relationships; an energy balance, a loss factor damping model and an approximate energy transmission model.

The dissipated energy and the loss factor were analyzed.

An energy-based representation of modal damping in structural cables is first derived in the form of the product of modal strain energy ratio and loss factor.

The experiments show that when a resonant mode is capable of energy exchange, its loss factor varies depending on how it is excited.

Frequency, amplitude and temperature effects are taken into account and dissipated energy and the loss factor can be determined from this model.

Three frequency averaging effects are seen to occur and the standard deviations of the frequency average coupling and input powers, subsystems energies and coupling loss factor evaluated.