Sentence examples for fully developed regime from inspiring English sources

In the fully developed regime the true multi-component behavior of the system is taken into account.

They clearly presented that the nanoparticles suspended in water enhance the convective heat transfer coefficient in the thermally fully developed regime.

%) Laminar hydrodynamically fully developed regime (lower than 1500) Flattening tube at a constant nanoparticle weight fraction, particle volume fraction and increasing volumetric flow rate Pakdaman et al. (2013) *MWCNT-heat transfer oil Ultrasonic processing - 0, 0.2, 0.2 and 0.4 (wt.

The flowfield in the chamber consists of three regions of evolution: the upstream laminar regime, the central transitional section, and the fully developed turbulent regime further downstream.

In the fully developed region, the width of the transitional flow regime was independent of axial position, but free convection effects caused it to decrease and even to become negligible.

Wind speed and direction will affect the length for fully developed wave regime.

Special attention is given to the initial moments of mixing and the transition from a standstill to a fully developed rolling regime.

Particular emphasis is placed on the characterization of transport in shallow microfluidic channels in which the fully developed transport regime dominates rather than the mass transfer boundary layer transport typically encountered in SPR.

The method is based on Savitsky׳s method (1964) and it is named 'Virtual Prismatic Hulls Method', allowing for the determination of the intensity of the lift force and the resulting center of pressure, in order to determine the dynamic equilibrium position and the drag force, at the fully developed planing regime, for any arbitrary, non-prismatic hard chine hull form.

Hwang et al. [21] studied the flow and convective heat transfer characteristics of water-based Al2O3 nanofluids flowing through a circular tube with the constant heat flux in fully developed laminar regime.

At pilot scale the flocculation studies were carried out at Reynolds values below a fully developed turbulent regime (i.e. Re ≤ 1.3 × 10); therefore, the ε differences between the impeller area, where the ε values are expected to be at least 10 times larger than in the bulk of the tank (Zhou and Kresta, 1996), and the rest of the vessel are thought to be reduced.