.... BTE phonon transport microscale heat conduction finite volume solution acceleration Over the last two decades, thermal management has emerged as a critical bottleneck to the continued scaling of microelectronics [ 1 , 2 ]. The move to finFETs and thin-body multigate devices has led...

... of the fluid in the porous structure is described by Darcy–Brinkman–Forchheimer model which accounts for the boundary and inertial effects. The model is solved numerically by using the finite volumes method, and a fortran code was developed to solve the system of equations obtained. The results show...

... interactions relaxation time finite volume simulation micro/nanoscale heat transfer In recent years, aggressive scaling trends in microelectronics have led to increased interest in understanding thermal behavior at the sub-micron scale. Sub-micron thermal transport models using the phonon Boltzmann...

...Masoud Kharati Koopaee; Amir Omidvar In this study, a simple spectral-finite volume approach for hyperbolic heat conduction problems under periodic surface temperature is presented. In this approach, by choosing only three frequencies from a continuum frequency spectrum of the periodic temperature...

..., and petascale capacity is expected over the next decade. Multiprocess multicore environments are the norm for commodity clusters. Boltzmann equation computational fluid dynamics finite volume methods flow simulation heat transfer reviews turbulence finite volume multiscale sensitivity...

..., respectively. A finite volume code with point implicit Gauss–Seidel solver in conjunction with algebraic multigrid method is used to solve the governing equations. The code is validated by comparing the numerical results with available experimental results for a pin fin heat sink without porous metal foam...

...S. Acharya; B. R. Baliga; K. Karki; J. Y. Murthy; C. Prakash; S. P. Vanka Pressure-based finite-volume techniques have emerged as the methods of choice for a wide variety of industrial applications involving incompressible fluid flow. In this paper, we trace the evolution of this class of solution...

...Xiuling Wang; Darrell W. Pepper A finite volume renormalization group (RNG) k - ε turbulent model was employed to simulate an under-floor air distribution (UFAD) system consisting of eight swirl diffusers. Mesh generation was conducted using PRO/E and GAMBIT . Computational fluid dynamics (CFD...

... using finite volume method to simulate the thermal and the flow field (where T is temperature and u , v , w are velocity components in coordinate direction x , y , and z as shown in Fig. 1 ) in this geometry. Details of the formulation are given by Li and Armaly 9 . The physical...