Aircraft icing represents a serious hazard in aviation which has caused a number of fatal
accidents over the years. In addition, it can lead to substantial increase in drag and weight …

A method to simulate ice accretion on an aircraft wing using a three‐dimensional
compressible Navier‐Stokes solver, a Eulerian droplet flow field model, a mesh morphing …

One of the emerging problems in modern computational fluid dynamics is the simulation of
flow over rough surfaces. A good example of these rough surfaces is wind turbine blades …

Obtaining droplet collection efficiency (DCE) is vital for icing numerical simulations. A droplet
impact model based on the Eulerian two-phase flow model was established in this work to …

The friction loss in a part of the rock-blasted unlined tunnel of the Litjfossen hydropower
plant in Norway was determined from experimental and numerical studies. Remote sensing …

One of the emerging problems in modern computational fluid dynamics is the simulation of
flow over rough surfaces, wind turbine blades with ice on its surface for instance. An …

Most current numerical ice accretion models are constrained by their reliance on solving
continuous partial differential equations for energy, momentum, and mass conservation. This …

The spreading dynamics of droplet impact on a solid surface is of great importance in
applications such as printing, spray cooling, coating process and anti-icing. These …

Convective heat transfer is the primary mechanism during glaze ice accretion. Hence,
modeling heat transfer over rough surfaces and the laminar-turbulent transition is essential …

Convective heat transfer is the primary mechanism during glaze ice accretion. Hence,
modeling heat transfer over rough surfaces and the laminar-turbulent transition is essential …