..., while adiabatic boundary condition was maintained. In this searching process over a sequence of simulations, the functional dependency of the heat generation on temperature was maintained as with the rat heart model, while the maximum volumetric heat generation rate was reduced repeatedly by a factor...

.... The findings demonstrate the capacity of local measurements in capturing fine features of condensing flows. e-mail:  elahee@uom.ac.mu 21 06 2021 21 10 2021 21 12 2021 local simulation flow regime film thickness flow velocity heat transfer coefficient thermal conductivity...

... approach treats equation(s) of each PDE sequentially. These computations take place for several iterations until a set convergence criterion is obtained. The objective of the numerical simulations is to solve for the spatial distribution of velocity components ( u , v , w ), temperature ( T ), magnetic...

...Maofei Mei; Feng Hu; Chong Han; Yan Sun; Dongdong Liu The droplet growth processes during dropwise condensation are simulated with the help of computer. We focus on instantaneous and time-averaged characteristics of droplet size distributions. Based on the simulation results, the shift of a single...

.... , 2004 , “ Friction Layers and Friction Films on PMC Brake Pads ,” Wear , 257 ( 1–2 ), pp. 215 – 226 . 10.1016/j.wear.2003.12.017 [18] Söderberg , A. , and Andersson , S. , 2009 , “ Simulation of Wear and Contact Pressure Distribution at the Pad-to-Rotor Interface in a Disc Brake Using...

...-dimensional numerical simulations were performed to investigate the flow deflection and horseshoe vortex development in a louvered fin round tube heat exchanger with three tube rows in a staggered layout. The numerical simulations were validated against the experimental data. It was found that the flow...

... molecular dynamics simulations by Henry and Chen. The anisotropic relaxation time phonon BTE model is validated by comparing the predicted thermal conductivities of bulk silicon and silicon thin films with experimental measurements. The model is then used for simulating thermal transport in a silicon metal...

... of inefficiencies, heat in-leak from free convection and radiation was also considered and the use of a 2D axisymmetric finite difference code allowed simulation of axial conduction. To validate simulation results, we have constructed and conducted experiments with two types of microcoolers differing in inner tube...

... fluid oscillations heat pipes heat transfer liquid films pipe flow pulsatile flow oscillating pulsating heat pipe simulation The pulsating (or oscillating) heat pipe (PHP) is a long capillary tube bent into many branches and partially filled with a two-phase, usually single...

... air from entering the inlets of computer serves. Different strategies for doing this are considered. The paper includes a number of comparisons of measurements with the results of CFD simulations. data center electronics cooling raised floor under-floor flow simulation computational fluid...

... in as the solidification progresses. In the experiments, a commercially available paraffin wax is used. Its properties are engaged in the numerical simulations. The investigation is performed for solidification in spherical shells of 20 mm, 40 mm, 60 mm, and 80 mm in diameter at the wall uniform temperature, which varied...

...Minh Do-Quang; Gustav Amberg; Claes-Ove Pettersson This paper presents a comprehensive three-dimensional, time-dependent model for simulating the adsorption kinetics and the redistribution of surfactants at the surface and in the bulk of a weld pool. A physicochemical approach that was included...

... components and the method to automatically generate the complete thermal-hydraulic system model are put forward. The integration methods for solving the cross-coupling thermal-hydraulic equations are also discussed for a position-controlled thermal-hydraulic system. Simulation results show the interaction...

... of the effective heat transfer coefficient, or Nusselt number, is proposed. 04 12 2006 02 07 2007 08 04 2008 convection vortices vortex pair wall interaction convective heat transfer simulation Convective heat transfer is probably the most commonly used method to remove...

...A. Nakayama, Professor; F. Kuwahara, Associate Professor; T. Umemoto, Graduate Student; T. Hayashi, Graduate Student A numerical experiment at a pore scale using a full set of Navier-Stokes and energy equations has been conducted to simulate laminar fluid flow and heat transfer through...