... dimensional heat conduction equation is used to describe the transient temperature distribution in the tissue, where the heatflux time series data is treated as a surface boundary condition; the ...
... of heat exchangers, it is necessary to determine the heat transfer rate between hot and cold fluids in order to calculate the overall heat transfer coefficient and the heat exchanger ...
... Before conducting the experiments, the test vessel was rinsed with the liquid to be charged. The experimental work was started with distilled water. The drain valve (IV) was closed and distilled water was fulfilled in ...
... high heatflux applications fall broadly into four categories: gasses, supercritical fluids, liquid metals, and molten ...ture, heat transfer coefficient, and critical heatflux have ...
... A porous artery structure utilizing the concept of “ phase separation and modulation ” is proposed to enhance the critical heatflux of pool boiling. A series of experiments were conducted on a range of ...
... To explore the behavioral and physiological thermoregulatory capacities of bigeye tuna, two different models and related sets of data were required. (1) A steady-state model simulating the transectional heat ...
... Air passing through the cylinder slots and increase the heatflux of the cylinder. This heatflux is help to cooling the IC engine. Fins (or ribs) are sharp projection provided on the surfaces ...
... the heatflux is either controlled by the conductivity of either perovskite or post-perovskite depending if the location where the texture is evaluated is in the perovskite or post-perovskite stability ...
... boiling heat transfer of R113 (GWP = 5820) using four horizontal circular copper surfaces, the average roughness (Ra) of which were ...of heat transfer coefficient as the average surface roughness in- ...
... required heatflux level. At low heatflux, increments of comparatively large magnitude could be given whereas in the high heatflux region, increments were very small to avoid ...
... transient heat conduction model to derive the transient surface heatflux from the measurements of surface ...derived heatflux is assessed for the case of measurements in an internal ...
... many heat transfer applications because of lower pressure drop of non-circular cross section such as square duct compared to circular tube, particularly in compact ...poor heat transfer performance and it ...
... liquid is in by single may continues to increase along the the a subcooled state and is heat flux is too wall it into the bulk liquid before Fully developed boiling transition a Vapor bu[r] ...
... power flux stripe is consistent with the topology of the flux tubes; namely, each of the power flux stripe consists of two parts with different direction of incoming heat and particle ...power ...
... Christov heatflux ...Christov heatflux model on a stretched boundary layer flow with Maxwell ...Cattaneo-Christov heatflux in the rotating flow of Maxwell fluid over a linear ...
... convective heat transfer coefficient is more than the thermal conductivity ...the heat transfer of titania nanofluids in both laminar and turbulent flow regimes under constant heatflux ...
... external heatflux because the four faces are perpendicular to the Earth's ...red heat of the earth is the largest, and the -Z is back to the ...external heatflux is ...direct ...
... In this study, the turbulent flow inside a 3D tube was investigated using the Spalart-Allmaras turbulent flow model. Also, heat transfer was examined based on the presence of constant and uniform heat ...