Sentence examples for minimum dissipation from inspiring English sources

(5) The state transition of the drill string motion conforms to the minimum dissipation power principle.

The objective of this work is to derive a shock capturing tool able to treat turbulence with minimum dissipation out of the shock for a large-eddy simulation (LES) of the shock/turbulence interaction.

The main advantage is that the numerical method locally adapts the variable reconstruction to allow minimum dissipation of low Mach number features whilst maintaining shock capturing ability, all without modifying the formulation of the governing equations.

Simulation shows that the minimum dissipation is achieved by careful hand design; here, a factor of two improvement in the dissipation is achieved, with the major contribution being the logic level optimisation of the Register Bank to reduce the switching activity.

Since the diffusion and interface reaction laws remain close to the linearity required by Onsager's irreversible thermodynamics, the global selection to the asymmetric parabolic state is seen to be a quantitative illustration of the integral principle of minimum dissipation as a thermokinetic imperative.

In smooth regions, the scheme applies the central nonlinear interpolation with minimum dissipation to resolve fluctuating flow features while in regions containing discontinuities and high wavenumber features, the scheme suppresses spurious numerical oscillations by hybridizing the central interpolation with the more dissipative upwind-biased nonlinear interpolation.

In 1945 he stated a minimum-dissipation principle, that any set of forces and fluxes which yield the entropy generation when so added would also yield a symmetric transport matrix.

Within the discussed variation range of the cooling water velocities, the minimum entransy dissipation rate is 2.09% less than the maximum entransy dissipation rate.

Within the discussed variation range of the axial diameter ratios, the minimum entransy dissipation rate is 2.73% less than the maximum entransy dissipation rate when the cooling water velocity is preset.

For heat conduction, a principle of minimum entransy dissipation is established based on the second law of thermodynamics in terms of entransy dissipation, which leads to the governing equation of the steady Fourier heat conduction without heat source.

Therefore, the optimal construct obtained by adopting variable cross-section insulation layer (distributed thickness and width) and based on minimum entransy dissipation rate can improve the global thermal insulation performance of the insulation layer derived from entransy dissipation, and can reduce its average heat loss rate defined based on entransy dissipation simultaneously.