Hiroshi Taniguchi

TL;DR: In this article, a new concept for radiative heat transfer analysis, named READ, is proposed, which makes it possible to calculate practical problems within reasonable computation time, and the READ values can be calculated by the conventional Monte Carlo method and the newly proposed time-saving Radiative Heat Ray Method.

TL;DR: In this paper, the authors analyzed the transmittance of radiative energy by using the Monte Carlo method through randomly packed spheres with an equal diameter, and they found that the existence of a low packing density layer adjacent to the side walls can explain the experimental results obtained by Chen & Churchill in which the reduction rate of the transittance reduces at a point inside the entrance surface of the bed by the distance of one or two times the sphere diameter.

TL;DR: In this article, the authors made measurements for the effective thermal diffusivity of dispersed materials which consist of different thermophysical properties, and compared with the predicted value calculated from effective thermal conductivity, effective specific heat and effective density.

TL;DR: In this article, the combined radiative-convective heat transfer was analyzed in a two-dimensional coaxial jet of nongray gas, and the Monte Carlo method was used for the radiative heat transfer analysis.

TL;DR: Satoh et al. as mentioned in this paper used a global/regional cloud-system resolving model (GCSRM), non-hydrostatic ICosahedral-grid atmospheric model (NICAM) to simulate tropical cyclone (TC) geneses.