Sentence examples for increase of dissipation from inspiring English sources

The experimental results exhibit a softening effect and an increase of dissipation with excitation level.

Particular architectures are then investigated via numerical simulations showing that a careful design of the internal voids can lead to an increase of dissipation levels by an order of magnitude, compared with equivalent homogeneous void distributions.

The best trade-off between the entransy dissipation numbers caused by heat transfer and fluid friction is achieved in the Pareto optimal solutions, the decrease of entransy dissipation related to heat transfer inevitably leads to the increase of entransy dissipation due to fluid friction, and vice versa.

Our results show that the beam wander decreases with the increasing rate of dissipation of kinetic energy per unit mass of fluid ϵ, but it increases as the increasing of the dissipation rate of temperature variance χt and the relative strength of temperature and salinity fluctuations ϖ.

These results indicate that the fracture toughness enhancement in brittle nanostructured films is conditioned by simultaneously occurring microstructural heterogeneity and a difference in the intrinsic mechanical properties of the material constituents, which ensure an effective increase of energy dissipation through the alternation of the crack path and crack deflection at the interfaces.

Confining the operative angular speed of the rotor in the range of adhesive contact between the dry friction surfaces, no significant increase of power dissipation or heat production has to be ascribed as a whole to this type of suspension system, whose task is just to suppress the resonant peaks when passing the critical speeds.

The first one is purely technologic: the dramatic increase of heat dissipation per unit volume (or area).

Therefore, removing PPE covering peripheral regions in recovery could serve as an effective cooling strategy due to the increase of heat dissipation from the cutaneous blood supply in conditions where outdoor temperature is cooler than the skin temperature (Barr et al. 2010; Carter et al. 2007).

In the field of thermal management, engineers are well aware of the challenges posed by the increasing level of dissipation.

The tangling of the field lines can also result in an increase or decrease of dissipation of the magnetic field, resulting in an increase or decrease of the effective resistivity of the fluid (termed the β effect) (Steenbeck et al. 1966; Krause and Rädler 1980).

The beam spreading decreases with the increasing of the dissipation rate of temperature variance and the inner scale of turbulence.