Sentence examples for total energy flow from inspiring English sources

Depending on the frequency region considered, the three terms exhibit considerable variations in contributing the total energy flow.

Experimental results obtained on a thin-walled circular cylindrical shell show that this proposed method can be used to accurately measure the total energy flow and its components.

The obtained data show that in the considered Li-ion battery, the energy loss due to ECR can be as high as 20% of the total energy flow in and out of the battery under normal operating conditions.

On the basis of the modal representation of the shell's motion, an analysis was made of the influence of the three different terms which contribute to the total energy flow.

The analysis revealed that total energy flow in the small mammal community was relatively stable for thousands of years, despite major environmental changes at the end of the last Ice Age when the region's lakes dried up, and its vegetation morphed from forests and sagebrush steppe to desert shrublands.

Special features and findings exposed only through this modal decomposition method are elaborated and the physical interpretation of the bi-orthogonality relation is discussed in relation to the total energy flow which leads to derivation of simplified equations for the energy flow components.

Uniform flow was established by measuring the flow depths at nine points along the channel and calculating total energy of flow (E) using the equation E = z + y + u 2 /2  g where y is the flow depth (0.135 m), u is the area mean velocity (u = Q/A), g is acceleration due to gravity, Q is discharge and A is the cross-sectional flow area of the channel.

Total wind energy flowing through an imaginary surface with area A during the time t is: E = \frac{1}{2}mv^2 = \frac{1}{2}(Avt\rho)v^2 = \frac{1}{2}At\rho v^3, where ρ is the density of air; v is the wind speed; Avt is the volume of air passing through A (which is considered perpendicular to the direction of the wind); Avtρ is therefore the mass m passing through "A".

The total energy of the flow-field behind the shock is increasing.

For high velocity flows, if the potential energy of the fluid is negligible; hence the summation of the static enthalpy and kinetic energy represents stagnation enthalpy (h°), which represents the total energy of the flowing fluid per unit mass [38].

The energy flows and the total energy requirements are calculated for current and optimized cases where VSD units providing the required electrical frequencies are used.