... from the standard definitions of 26 27 . Also, equations from 27 are adopted for calculating the properties of gas mixtures. 3 Conjugate computational domain To couple the flow and heat/mass transfer fields, a two-dimensional axi-symmetric computational domain is created...

... is transient, as opposed to the usual quasi-steady process that exists when the plate is infinite. To investigate the transient heat transfer, solutions describing the temperature fields of the wet and dry portions of the plate are conjugated at the moving film front. The basic characteristics of transient...

...Qinghua Wang; Yogesh Jaluria Three-dimensional conjugate heat transfer in a rectangular duct with two discrete flush-mounted heat sources has been studied numerically in the context of cooling of electronic equipments. The Grashof number is fixed as 10 6 and the working fluid is taken as air...

... schematically a side view of the vertical enclosure of uniform, rectangular cross-section bounded by a cold wall and by a bounding wall connected to a plenum chamber through vent openings located at the top and bottom parts of the bounding wall. We are thus considering conjugate heat transfer on the two sides...

... – 232 . Papanicolaou , E. , Giebert , D. , Koch , R. , and Schulz , A. , 2001 , “ A Conservation-Based Discretization Approach for Conjugate Heat Transfer Calculations in Hot-Gas Ducting Turbomachinery Components ,” Int. J. Heat Mass Transfer , 44 ( 18 ), pp. 3413 – 3429...

... , among others. Channel Flow Conjugate Electronics Heat Transfer Heat Exchangers hydrodynamics heat transfer 19 September 2002 03 July 2003 19 11 2003 Contributed by the Heat Transfer Division for publication in the JOURNAL OF HEAT TRANSFER . Manuscript...

... in the kidney phantom during water bath heating. The model accounts for conjugate heat transfer between the paired artery and vein, and their surrounding tissue in the renal medulla. Tissue temperature distribution in the cortex was predicted using the Pennes bioheat transfer equation. An analytical solution...

.... Associate Editor: M. Faghri. 11 September 2002 03 March 2003 17 07 2003 thermal conductivity heat transfer Conjugate Convection Heat Transfer Hot-Wire Measurement Techniques Modeling Shear Flows Temperature Hot-wire anemometry (HWA) is an important measurement...

... stagnation flow flow instability forced convection Analytical Boundary Layer Conjugate Flow Forced Convection Heat Transfer High Temperature Impingement Inverse Jets Laminar Thermal Turbulence Unsteady Impinging jets are often used where high rates of heat transfer...

...Yuri V. Fairuzov, Professor, Mem. ASME; Hector Arvizu, Graduate Student, Assoc. Mem. ASME A method developed earlier for modeling conjugate two-phase heat transfer in flashing flows was used to obtain a numerical solution for transient boiling flow in heated pipes or channels. Two criteria...

..., radiative heat exchange among surfaces, and conjugate heat transfer between the gas and susceptor, is developed and validated. Scale analysis for the susceptor energy balance enables the identification of the characteristic parameters and the prediction of their qualitative effects before carrying out...

...; revision received April 10, 2001. Associate Editor: R. D. Skocypec. 10 May 2000 10 April 2001 heat radiation natural convection confined flow Conjugate Enclosure Flows Heat Transfer Natural Convection Radiation Turbulence Natural convection in rectangular...

... more expensive conjugate heat transfer calculation is required. Figs. 6 ( a ), 6 ( b ) show the streamwise auto-correlation functions calculated near the wall. Both Figures show that the auto-correlation functions at isoflux boundary condition decay to zero at slower rate than the functions...

...Wilson K. S. Chiu; Cristy J. Richards; Yogesh Jaluria, Fellow ASME Conjugate heat transfer has significant relevance to a number of thermal systems and techniques which demand stringent temperature control, such as electronic cooling and chemical vapor deposition. A detailed experimental...

...C. Gururaja Rao, Research Scholar and Lecturer; C. Balaji, Assistant Professor; S. P. Venkateshan, Professor The results of a numerical study of the problem of two-dimensional, steady, incompressible, conjugate, laminar, mixed convection with surface radiation from a vertical plate with a flush...

... = G − 1 q ˙ . The formulation of the DGF makes it particularly useful for numerical solution of conjugate heat transfer problems. The DGF allows explicit solutions to the coupled problem as illustrated below for a simple second order finite difference scheme. Figure 2 shows a typical...

...). To meet the requirement of high cooling rate, water (Tuck- erman and Pease, 1981) and liquid nitrogen (Choi et al, 1992; Cha et al., 1993; Riddle and Bernhardt, 1992) were used as the working fluids. Numerical analyses of the conjugate heat transfer in the silicon micro-pin-fin arrays and microchannels...

...Y. V. Fairuzov Transient conjugate two-phase heat transfer during depressurization of pipelines containing flashing liquids is examined in this paper. A numerical model for transient flashing liquid flow in a pipe is formulated. The model takes into account the transient radial heat conduction...

...W. K. S. Chiu; Y. Jaluria The fluid flow and heat transfer in the chemical vapor deposition (CVD) manufacturing process are studied numerically. Several crucial aspects such as thermal buoyancy, continuous processing, and conjugate transport are considered. For each aspect, the predicted heat...

... structure and the consequent temperature rise within the structure have a wide range of interest. Conjugate Heat Transfer Laser Manufacturing Thin Film laser beam applications heat transfer manufacturing processes absorbing media thin films heating 06 Jan...