Ice accretion on commercial aircraft operating at high Reynolds numbers has been
extensively studied in the literature, but a direct transformation of these results to an …

This paper provides a review of the aerodynamic behavior of horizontal axis wind turbines
operating in hazardous environmental conditions. Over the past decade, renewable energy …

The impingement behavior of large water droplets, their interactions with the solid wall and
the subsequent ice accretion and aerodynamic effects have become a key issue in in-flight …

This article deals with the atmospheric ice accumulation on wind turbine blades and its effect
on the aerodynamic performance and structural response. The role of eight atmospheric and …

ABSTRACT A numerical study of power performance losses due to ice accretion on a large
horizontal axis wind turbine blade has been carried out using computational fluid dynamics …

Wind turbine icing under yaw condition is a special phenomenon affecting the operation of
wind turbine in cold climate. Under yaw condition, the periodical change of flow field …

This paper presents a numerical study to predict ice loads on a wind turbine blade section at
80% of blade span. Air flow, droplet impingement and ice accretion simulations are …

AIRCRAFT lift and control surfaces exposed to meteorological conditions featuring liquid
water content (LWC) in the form of supercooled droplets at temperatures below the freezing …

This thesis focused on atmospheric ice accretions, aerodynamic icing penalties, and ice
protection systems (IPS) on fixed-wing unmanned aerial vehicles (UAVs). The motivation for …

In this work a novel three-dimensional simulation framework for modelling the safety critical
problem of rotorcraft ice formation and shedding is presented. To enable an entirely three …