Sentence examples similar to dimensional dissipation from inspiring English sources

This resolution limit is compared to values determined from one-dimensional dissipation spectra and scaling laws.

The one-dimensional dissipation model in (2) assumes a homogeneous body with uniform stiffness and viscosity.

Temperature and mixture fraction profiles from Raman/Rayleigh/CO-LIF line measurements are used to determine one-dimensional scalar dissipation rates at six axial locations.

The ultralow CTE in Z direction, together with good mechanical properties make the composite fabricated in this study an appropriate candidate for electronic packaging material with two-dimensional heat dissipation function.

The estimated mean three-dimensional scalar dissipation rate was used to calculate CD (twice the timescale ratio) that was found to decrease from values higher than 10 adjacent to the nozzle, to approximately 2 at an axial distance of 2 3 nozzle diameters (corresponding to residence times of 0.1 0.2 turbulent timescales) and retaining this value further downstream.

Furthermore, this depositional fabrication technique places the layers in intimate thermal contact, providing for three-dimensional conduction and dissipation of the ion-produced heating in the layers, rather than the essentially two-dimensional heat conduction in the discrete foil stack implementation.

This paper presents detailed measurements of three-dimensional (3D) scalar dissipation rates collected in turbulent, piloted flames with varying degree of compositional inhomogeneity.

where the inertial range depends on the wavenumber and the turbulent energy dissipation from dimensional analysis.

A depth-averaged, two-dimensional model of TDG dissipation at a river confluence was established.

The measurements were made along the jet-flame centerline for downstream locations in the vicinity of the flame tip and were aimed at obtaining one-dimensional (1D) energy and dissipation spectra and estimates of the integral and Batchelor scales.

In this paper, a fast meshless method has been developed for the solution of two dimensional Euler equations, with artificial dissipation used in the discretization second and fourth order derivatives based on a new clouds of points strategy.