... (LHTES) for single-layered and multi-layered phase change materials (MLPCMs) using molten salt, FLiNaK, a eutectic mixture of 46.5%LiF, 11.5%NaF, and 42% KF as the heat transfer fluid. The heat transfer module for the computational domain is analyzed using the Dispersion-Concentric model which is based...

... from the mathematically driven stage of computational design of the unit cell with the utilization of finite element method to simulate the Phononic bandgaps, acoustic pressure, wave propagations, sound pressure levels, and sound transmission loss. The effect of periodic, Floquet, symmetry...

... Abstract As computational expense decreases Discrete Element Method (DEM) has increased in popularity as a tool to model granular material. Unfortunately wide spread access to DEM software is still an issue, as many researchers in academia and industry simply do not have access to proprietary...

... designed tandem airfoil can outperform a comparable single airfoil on- and off-design. The general agreement of the CFD and literature data serves as a validation for the computational approach. gas turbine tandem blade compressor cascade computational Proceedings of IMECE2007 2007 ASME...

... of the metalization layer falls in the transition range between the identified thermally-thin and thermally-thick layers. thermoreflectance thin films absorption layer semiconductor experimental computational heat transfer Proceedings of IMECE 02 2002 ASME International Mechanical Engineering Congress...

.... The results are d with both the original BB and the Spalart-Allmaras (SA) The accuracy of these and the present model is assessed experimental data for transonic flows over NACA-0012 and 22 airfoils. In general, good agreement with experiments is d. ds: Turbulent flow, computational, one-equation turbulence...