... only Natural convection Conjugate heat transfer NEPCM-water nanofluid Non-uniform wall thickness Phase change Finite element method NEPCM = Nano Encapsulated Phase Change Material; g = Because of gravity, acceleration (m s^{−2); C_p}...

... they also Durgam et al. (2019) conducted steady state conjugate heat transfer for 15 heat sources (of uniform cross section) on different substrate materials and concluded that multilayer copper clad board showed higher heat dissipation compared to other boards. In addition to the above said...

... only Conjugate heat transfer Hybrid nanoparticles Finite element method MHD Square cavity Deanship of Scientific Research at Imam Mohammad Ibn Saud Islamic University (IMSIU) IMSIU-DDRSP2503 This work was supported and funded by the Deanship of Scientific Research at Imam...

... is implemented as indicated by E in Figure 2 . Figure 2. Simulation domain shown in the x−y plane 3D CFD simulation Conjugate heat transfer Nusselt correlation Orthogonal cutting Convective heat transfer coefficient With the growing demand for high-precision...

...Chithra V.P.; Balaji Bakthavatchalam; Jayakumar J.S.; Khairul Habib; Sambhaji Kashinath Kusekar Purpose This paper aims to present a comprehensive analysis of conjugate heat transfer phenomena occurring within the developing region of square ducts under both isothermal and isoflux boundary...

... outlets. A three-dimensional numerical model involving the effect of conjugate heat transfer with a single-phase laminar fluid flow subjected to constant heat flux is solved using a finite volume-based computational fluid dynamics solver. Findings The minimum and maximum temperature differences...

...Abhijit Borah; Sumit Kumar Mehta; Sukumar Pati Purpose The purpose of this paper is to analyze numerically forced convective conjugate heat transfer characteristics for laminar flow through a wavy minichannel. Design/methodology/approach The mass and momentum conservation equations...

... (2D) airfoils. Design/methodology/approach Conjugate heat transfer simulation results are provided by the truly 3D finite element Navier–Stokes analysis package-ICE code, embedded in a proprietary rotorcraft simulation toolkit, with reduced-order modeling providing a time-efficient evaluation...

... enhancement, secondary flows, flow distribution and temperature distribution are examined at different Reynolds numbers. The effectiveness of each heatsink is evaluated using the performance factor. Design/methodology/approach A three-dimensional solid-fluid conjugate heat transfer numerical model is used...

...-channel explicit geometry design and a discrete model is applied to the absorber to investigate the conjugate heat transfer and thermo-mechanical stress levels present in the steady-state condition. The discrete model is used to calibrate the initial state of the continuum model that is then used...

...Subhasree Dutta; Somnath Bhattacharyya; Ioan Pop Purpose This study aims to numerically analyse the impact of an inclined magnetic field and Joule heating on the conjugate heat transfer because of the mixed convection of an Al₂O₃–water nanofluid in a thick wall enclosure...

...Amin Kardgar Purpose The purpose of this paper is to investigate conjugate heat transfer of natural convection and entropy generation of nanofluid in the presence of external magnetic field via numerical approach in an inclined square cavity enclosure. Design/methodology/approach Control...

...), substrate thickness to channel height ratio (d_sf) and Reynolds number (Re) for obtaining optimum parameter(s) that leads to higher heat dissipation rate. Design/methodology/approach A three-dimensional solid-fluid conjugate heat transfer numerical model is designed to capture flow...

... Forced convection Entropy generation Conjugate heat transfer Semi-cylindrical cavity A = the ratio of thermal diffusivity; 2b = size of inlet cross-section (m); 2B = dimensionless size of inlet cross-section, equation (10) ; Be = Bejan number...

...Peyman Mayeli; Mehdi Nikfar Purpose The present study aims to perform inverse analysis of a conjugate heat transfer problem including conduction and forced convection via the quasi-Newton method. The inverse analysis is defined for a heat source that is surrounded by a solid medium which...

... The Darcy Extended Forchheirmer model is considered for the metal foam region to evaluate the flow characteristics and the local thermal non-equilibrium heat transfer model is considered for the heat transfer analysis; thus the resulting problem becomes conjugate heat transfer. Findings Results obtained...

... of partial differential equations from four to three. Design/methodology/approach The approach of the present paper is to develop a simplified algorithm to reduce the number of equations involved in conjugate heat transfer in porous medium. Findings Developed algorithm/method has many advantages over...

...Dario De Marinis; Marco Donato de Tullio; Michele Napolitano; Giuseppe Pascazio Purpose – The purpose of this paper is to provide the current state of the art in the development of a computer code combining an immersed boundary method with a conjugate heat transfer (CHT) approach, including some...

...Abderrahim Bourouis; Abdeslam Omara; Said Abboudi Purpose – The purpose of this paper is to provide a numerical study of conjugate heat transfer by mixed convection and conduction in a lid-driven enclosure with thick vertical porous layer. The effect of the relevant parameters: Richardson number...

... metabolic rate q_m0  reference cell metabolic rate © Emerald Group Publishing Limited 2015 Conjugate heat transfer Cryopreservation Heart cooling Organ preservation Thermal stress Transplantation A  contact area between fluid-solid surfaces...