... expedient computational methods and low-order modeling. A conjugate heat transfer (CHT) methodology that can be used as a predictive tool is introduced here. Most simulations for rotating cavities only consider the fluid domain in isolation and typically require known disk temperature distributions...

... open-source codes for conjugate-heat transfer, steady-state, multiphase incompressible Reynolds averaged Navier-Stokes CFD-assisted engineering design metamodeling. There are fifteen design variables. Nonparametric rank regression (NPRR), global sensitivity analyses (GSA), and single-objective (SOO...

...Yaping Ju; Yi Feng; Chuhua Zhang Reynolds-averaged Navier–Stokes (RANS) model-based conjugate heat transfer (CHT) method is so far popularly used in simulations and designs of internally cooled gas turbine blades. One of the important factors influencing the RANS-based CHT method's prediction...

... Relative locations of the inflow/outflow boundaries and the artificial boundaries created to enforce the pressure transfer conditions between 2D and 1D fluid models 31 08 2020 14 09 2020 31 03 2021 multiphysics geometrical multiscale conjugate heat transfer internal air...

... coefficients at the fluid–solid interfaces. In contrast, the conjugate heat transfer method considers the simultaneous interaction of the heat transfer between the fluid flow and the bounding solids [ 8 – 11 ]. San Andrés and Kerth [ 8 ] advance thermal flow analyses in floating ring bearings to predict the TC...