..., investigating the possibility of improving thermal conductivity through the use of nanofluids in lid-driven cavities can aid in energy management. lid-driven mixed convection finite volume method three-dimensional nanofluid heater blocks 22 10 2022 24 04 2023 31 05 2023...

.... 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...

... Abdulaziz University (Grant No. 135-005-D1433; Funder ID: 10.13039/501100004054). 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...

... Lagrangian hydrodynamics finite volume method operator splitting two-dimensional spherical geometry Radiation hydrodynamics plays an important role in many fields such as astrophysics and inertial confinement fusion [ 1 ] wherein the coupling between radiation transport and fluid motion has...

... three channels having sine-shaped, triangle-shaped, and arc-shaped wall profiles. All computations are performed at Reynolds number of 600. Finite volume method on collocated grid is used to solve the time-dependent Navier–Stokes and energy equations in primitive variable form. For all the geometries...

... is D f m ≡ ∫ Δ Ω m ( n ∧ f · s ∧ m ) d Ω radiative heat transfer finite volume method axisymmetric problem symmetric boundary condition The finite volume method (FVM) formulation is obtained by double integrating the RTE...

... temperature that overcomes these difficulties is proposed. A finite volume method (FVM) was used to solve the mathematical model. The proposed model and FVM were validated by using them to solve problems involving slurries of the sample MCPCM, and comparing the results to those of a complementary experimental...

... 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 models of burners in a dynamic model of steel reheating furnaces. Industrial...

... 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...

... 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 for both pure fluids and porous media by various authors. The laminar boundary layer approximation...

... , Taylor and Francis , London. Chai , J. C. , Lee , H. S. , and Patankar , S. V. , 1994 , “ Finite Volume Method for Radiation Heat Transfer ,” J. Thermophys. Heat Transfer 0887-8722 , 8 ( 3 ), pp. 419 – 425 . Murthy , J. Y. , and Mathur , S. R. , 1998 , “ Finite...