The formation and accumulation of ice on the surfaces of outdoor equipment is a common
and unavoidable phenomenon, and causes much inconvenience to human life and …

Decarbonized power systems are critical to mitigate climate change, yet methods to achieve
a reliable and resilient near-zero power system are still under exploration. This study …

The performance of road vehicles degrades when driving in adverse weather conditions.
Weather testing for vehicles is important to understand the impacts of precipitation on …

Photothermal deicing is a noncontact, economically, efficient, and environmentally friendly
melting/preventing ice method. Obtaining a cheap, easily fabricated material with high …

In winter, the freezing phenomenon threatens the safety of people both in the work and
home environments. At present, electrothermal de-icing technology is widely used, but how …

Snow accumulation on photovoltaic modules, wind turbines, bridge cables, vehicles, and
roads causes significant economic and safety issues. Here, an extremely durable and …

With advances in the development of autonomous vehicles (AVs), more attention has been
paid to the effects caused by adverse weather conditions. It is well known that the …

Snow accumulation on photovoltaic (PV) modules causes major economic losses by
reducing/preventing solar energy production. To develop mitigation strategies for snow …

Snow accumulation on PV modules hinders normal power generation which is a challenge
for the wide-scope application of photovoltaics in snowy regions. In this paper, a domino-like …

This review paper examines the dynamics of snow accumulation on vehicle surfaces and its
impacts on vehicle performance and safety. It focuses on the use of computational fluid …