Transient conjugated heat transfer in fully developed laminar pipe flowsTransfert thermique conjugue variable dans des ecoulements laminaires etablis dans des tubesInstationäre konjugierte wärmeübertragung in vollentwickelten laminaren rohrströmungenнeycтaнoвившийcя coпpяжyeнный тeплoпepeнoc пpи пoлнocтью paзвитoм лaминapнoм тeoeниИ в тpyбe
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Cited by (59)
Instationary heat and mass transfer phenomena in additive manufactured open cell polyhedral structures for automotive catalysis
2021, Chemical Engineering ScienceTransient conjugate heat transfer in critical flow nozzles
2017, International Journal of Heat and Mass TransferCitation Excerpt :Nowadays, numerical methods have been successfully applied to various fields, such as [23], thermocouple sensor [22], cylindrical tube [24], and supersonic flight [25]. Lin and Kuo [26], Schutte et al. [27], Bilir [28,29], Yang and Tsai [30] made a great deal of numerical researches about transient conjugate heat transfer problems. Besides, there also are several experimental studies on this issue, such as unsteady and conjugate heat transfer in thin liquid-film flows by Mathie [31,32] and Markides et al. [33].
Thermal behavior of a microdevice under transient heat loads
2015, International Journal of Heat and Mass TransferCitation Excerpt :The thermal system was either a thick walled circular pipe [3,5,7,8,11] or parallel flat plates [4,5,12–14,16]. Transient boundary conditions were introduced in the form of a step change in heat flux [11] or a step change in temperature (outside wall [7] or ambient [6,10] or inlet [4,5,13]). Yan [16] numerically investigated conjugate transient heat transfer in turbulent infinitely long channel with ambient convection.
Transient conjugated heat transfer in microchannels: Integral transforms with single domain formulation
2015, International Journal of Thermal SciencesCitation Excerpt :Also, most of the works cited above do not account for wall conjugation effects or at most consider only the influence of the wall thermal capacitance on the transient behavior of the fluid temperature evolution along the channel [7–9]. A few works have analyzed the effects of heat conduction along the wall, in addition to thermal capacitance, in the transient behavior of internal forced convection with wall participation [29–35]. Although transients might be very rapid during convective heat transfer within microchannels, due to the short length and time scales involved, conjugation effects might play a major role in the transient behavior of thermal microsystems, considerably increasing the duration of the thermal responses to different timewise disturbances.
Unsteady conjugated heat transfer in thick walled pipes involving two-dimensional wall and axial fluid conduction with uniform heat flux boundary condition
2010, International Journal of Heat and Mass TransferCitation Excerpt :Campo and Auguste [6] worked on a problem with parabolic velocity profile and both with convective and radiative boundary conditions. Numerical methods are used for solving the problem in pipes, heated in finite length, with a step change in heat flux, by Lin and Kuo [7] and in temperature, by Yan et al. [8]. With variable inlet fluid conditions in parallel plates, the problem is investigated by Travelho and Santos [9], with uniform flow, and by Olek et al. [10], with parabolic flow.
Experimental study of evaporation pressure drop characteristics of refrigerants R-134a and R-407C in horizontal small tubes
2008, International Journal of Heat and Mass Transfer