THERMAL management systems are an important consideration in modern aerospace
engineering. Managing the maximum heat load at the fluid–solid interface is necessary in …

Taking into account radiation effects is a crucial part of the design and optimization of
applications involving high temperatures. This paper outlines the development of a …

Abstract The Volume-of-Fluid (VOF) method is commonly used for numerical simulations of
phase change phenomena, such as nucleate boiling or droplet evaporation. A key issue …

Abstract The “Generalized Single Step Single Solve” framework for first-order transient
systems (GS4-1) is considered to develop adaptive time stepping via a newly proposed a …

This paper is devoted to the study of numerical methods used in the analysis of a thermal
transient flight cycle. Two priorities are stressed. The first one concerns a stability issue …

The substantial disparity in time scales between heat conduction and convection requires
extremely tiny time steps in simulations, leading to significant computational demands when …

Quantitative analysis of the influence of thermal barrier coating spallation on the thermo-
mechanical behaviors and creep lifetime of turbine vanes is crucial for their maintenance …

This paper aims to evaluate and validate a mathematical coupling model, based on a
normal mode stability analysis, for steady conjugate heat transfer problems. In order to …

This paper presents the application of a discontinuous Galerkin method to conjugate heat
transfer problems using a Dirichlet-Robin interface treatment. The use of optimal coefficients …

Before a new nuclear reactor design can be constructed and operated, its safety must
bedemonstrated using models that are validated with integral effects test (IET) data …