The present review covers the heat transfer literature published in 2004 in English
language, including some translations of foreign language papers. Though extensive, some …

Icing on the blade surfaces of wind turbines is a serious problem in cold regions, which
greatly affects the performance of wind turbines. To verify the characteristics of surface icing …

An morphogenetic model that simulates ice accretion on arbitrarily oriented cables exposed
to freezing rain has been developed at the National Research Council Canada (NRC). This …

A numerical prediction of ice accretion on HQ309, SD7032, and SD7037 airfoils and its
aerodynamic penalties is described. Ice accretion prediction on a three-dimensional (3D) …

ATMOSPHERIC icing, including freezing drizzle and freezing rain, occurs when airborne
supercooled water drops freeze on objects they encounter. This process is especially …

This paper reports on an investigation of ice formation on a cylinder exposed to freezing
rain. Freezing rain icing is characterized by supercooled raindrop impingement, with vertical …

This paper describes a stochastic ice accretion method to model in-flight ice accretion. The
approach consists in complementing the deterministic quasi-steady process generally used …

The intensive deployment of UAVs for surveillance and reconnaissance missions during the
last couple of decades has revealed their vulnerability to icing conditions. At present, a …

This paper presents a mesh generation strategy that facilitates the numerical simulation of
ice accretion on realistic aircraft configurations by automating the deformation of surface and …

This paper presents a novel mesh-free framework, using the smoothed particle
hydrodynamics method (SPH), for the analysis of large drop impingement and ice accretion …