... concentration of nanoparticles and form factor of nanoparticles on heat transfer performance. 22 10 2022 24 04 2023 31 05 2023 lid-driven mixed convection finite volume method three-dimensional nanofluid heater blocks Heat transfer and fluid flow analysis in lid-driven...

.... C. , Ajith , M. , and Uppaluri , R. , 2008 , “ An Inverse Analysis of a Transient 2-D Conduction–Radiation Problem Using the Lattice Boltzmann Method and the Finite Volume Method Coupled With the Genetic Algorithm ,” J. Quant. Spectrosc. Radiat. Transfer , 109 ( 11 ), pp. 2060...

...Jinhu Zhao A novel finite volume method about the boundary layer flow and heat transfer of fractional viscoelastic fluid over a moving plate with convective boundary condition is developed. The fractional Maxwell model and fractional Fourier's law are employed in the constitutive relations...

... by 27–42%. e-mail:  mhazmy@kau.edu.sa 13 11 2018 14 08 2019 30 10 2019 hollow bricks natural convection in enclosures partitioned cavities numerical simulation finite volume method thermal resistance Summer outdoors temperatures in the city of Jeddah, Saudi...

... [ 10 – 12 ]. The second one is the deterministic method which is based on the discretization of related equations such as ray tracing method [ 13 , 14 ], discrete ordinate method [ 15 – 20 ], finite element method [ 21 ], finite volume method (FVM) [ 22 – 26 ], P n method [ 27 – 29 ], heat...

... , y , t ) = φ ( x , y , t ) In Eq. (7) , δ i 1 is the Kronecker delta used to represent the imposed mean pressure gradient only along streamwise direction. Finite volume method is used to discretize Eqs. (6) – (8) and the equations are solved on collocated grid system...

... is tested on axisymmetric problems with absorbing-emitting and/or scattering media and on a 2D planar problem with a transparent medium and validated by comparisons with benchmark solutions. radiative heat transfer finite volume method axisymmetric problem symmetric boundary condition...

... finite volume method modified bulk temperature Steady, laminar, mixed convection in a straight and vertically oriented pipe conveying slurries of a microencapsulated phase-change material (MCPCM) suspended in distilled water (flowing upwards), with essentially uniform heat flux imposed on its...

...Haytham Sayah; Maroun Nemer; Wassim Nehmé; Denis Clodic zonal method finite volume method emissive volume approach burner modeling As part of the work covering the dynamic modeling of steel reheating furnaces, an original approach is developed based on the integration of simplified...

... 09 2010 17 09 2010 cameras finite volume methods forced convection heat sinks infrared imaging jets temperature distribution thermal conductivity finite volume method heat spreading nonuniform heating pin-fin heat sink Pin fins having either circular...

... are presented. Comparisons are made, with calculations performed using the finite volume method (FVM). The transient coupled energy equation is solved by a full implicit control volume method using the incomplete Cholesky conjugate gradient method. The heat transfer analysis of a glass sheet residing inside...

... equations, in conjunction with the ideal gas equation of state. The set of partial differential equations is solved using the finite volume method, for a square and a right-angled isosceles triangular enclosure, accounting for the second-order accurate QUICK and SIMPLE schemes. The grid layouts rendered...

... of the governing parameters. plates (structures) natural convection flow through porous media heat transfer natural convection multiple heat sources porous media finite volume method Free convection heat transfer along vertical/inclined heated/cooled plate has been studied extensively...

... of accounting for phonon dispersion and polarization effects is clearly demonstrated. 11 08 2003 01 03 2005 heat conduction silicon-on-insulator transistors Boltzmann equation phonon dispersion relations finite volume methods thermal conductivity Computations BTE Finite Volume...