Icing introduces significant damage to aviation and renewable energy installations. High
voltage transmission lines, wind turbine blades, and airplane and helicopter blades often …

This paper describes the development of a novel, time-adaptive, loosely coupled analysis
strategy for efficiently predicting the conjugate heat transfer problems in hypersonic flows …

Electrothermal de-icing systems are a popular approach to protect unmanned aerial
vehicles (UAVs) from the performance degradation caused by in-cloud icing. However, their …

In recent years, the installed capacity of wind turbines has been growing rapidly worldwide.
However, wind turbines in high-altitude or high-latitude regions suffer from icing disasters …

ICE accretion poses a severe threat to aircraft safety [1–3]. To ensure flight safety,
electrothermal antiicing systems are widely used in aircraft. These systems involve the use …

This investigation presents a new approach for calculating the minimum aircraft anti-icing
heat load based on an icing limit state in which all of the heat fluxes on the outer surface of …

The transient behaviour of electric heating and de‐icing of the wing is studied by numerical
method. The thermal convection coupling method based on the equivalent heat transfer …

This paper focuses on the design of the thermoelectric ice protection system (IPS) for the
engine air intake of the Next Generation Civil Tiltrotor (NGCTR), a demonstrator under …

Being able to simulate heat conduction inside a multi-layer thin wall of different materials is
essential in the numerical analysis of an electrothermal anti-icing system. This analysis …

In the preliminary design of the wing ice protection system, the external thermal load
estimation of the wing is studied. Based on the principle of heat transfer and mass transfer …