Sentence examples for heating of the fluid from inspiring English sources

In their research work, the internal heating of the fluid due to the absorption of solar radiation is not considered into account.

This design facilitates fast and consistent heating of the fluid at the bottom end of capillary tubes.

Propulsion by capillary forces, which are driven by local heating of the fluid and are due to the high heat-exchange rate in the microchannel, is still at an early stage of development and might not be compatible with (bio chemical assaying in microfluidics, as the high temperature can have a negative effect on the assay.

Heat balance and heat load computations as a function of mass flow, specific heat of the fluid and inlet, and outlet fluid temperatures are provided for a rapid design analysis and to explain the importance of critical design issues.

Experimental results further indicated that the thermosyphon can effectively transfer the required heat of the fluid from wellbore bottom to wellbore top, causing the temperature of wellhead fluid to increase from 22 °C to 39 °C.

If the entropy of the fluid remains constant and the fluid flows with approximately zero fraction, then its enthalpy can be expressed as [37, 38]: h^{circ} = c_{text{p}} T^{circ} = c_{text{p}} T + frac{{V^{2} }}{2} = h + frac{{V^{2} }}{2} (15) c_{text{p}} = frac{k}{k - 1}R_{text{s}} (16 where c p is the specific heat of the fluid; R s is the specific constant of the fluid.

In the proposed thermal model, the thermal conduction and convection as well as the heating of the cooling fluid are modeled in terms of thermal resistances.

This situation arises in conjugate heat transfer problems (see, for example, [34]), and when there is Newtonian heating of the convective fluid from the surface; the latter case was discussed in detail by Merkin [35].

As well, there is no heating of the refrigerant fluid.

Efficiency diminishes very little and there is not much heating of the refrigerant fluid.

Notably, energy generated from high pressure homogenizers are typically dissipated as heating of the process fluid [ 29].