Sentence examples for steady conservation from inspiring English sources

The Raven family acquired the estate in the 1930s and have atoned for Sellar's sins with steady conservation of Morvern's resources and landmarks.

Flow profiles of both the gas and solid particles behind the steady shock wave are calculated by integrating the steady conservation equations.

The modeling included the solution of the steady conservation equations for both the gas and particle phases along and around the stagnation streamline of an opposed-jet configuration, and the use of detailed descriptions of chemical kinetics and molecular transport.

The basic steady conservation of mass, momentum, and thermal energy equations for nanofluid by using usual boundary-layer approximations in the presence of radiation and viscous dissipation can be written in Cartesian coordinates x and y as: Figure 1 A schematic diagram of the physical model.

The Rankine–Hugoniot Riemann (RHR) solver has been designed to solve steady multidimensional conservation laws with source terms.

A set of 1-D, steady state conservation equations was solved under standard atmospheric conditions over a counterflow configuration utilizing the CHEMKIN-PRO package.

In particular, steady mass conservation and Bernoulli equations [1] [5] were applied in those analytical studies without experimental verification of the decisive assumption under oscillating conditions.

EMA evaluates a metabolic network by decomposing the system into a complete set of the simplest biochemical pathways satisfying steady state conservation constraints with enzymatic fluxes occurring in physiologically reasonable directions (i.e. unidirectional enzyme-catalyzed reactions are not permitted to run backwards).

In order to gain further understanding of the system involving multiple redox species, the steady-state conservation of charge in the cell is analyzed.

Dynamic terms are added to our one-dimensional steady-state conservation equations of momentum, continuity, and thermal energy (Drake et al., Ind. Eng. Chem. Res. 40 (2001a), 3117 3116).

The numerical model consists of a set of steady-state conservation equations (mass, momentum and energy in each element) that must be solved simultaneously in an iterative fashion to calculate the operating rates, pressures and temperatures.