Floating offshore wind turbine (FOWT) is a highly sophisticated system that involves
multiphysical dynamics that includes hydrodynamics, aerodynamics, structural dynamics …

The energy-conversion stability of hydropower is critical to satisfy the growing demand for
electricity. In low-head hydropower plants, a gravitational surface vortex is easily generated …

This study proposes the application of a tuned mass damper inerter (TMDI) to mitigate
vibrations in offshore wind turbines (OWTs) under combined wind-wave-earthquake loads …

In a gear transmission system in a closed space, the heat transfer between gears and fluids
presents highly nonlinear characteristics due to the complex physical processes involved in …

In the past 10 years, the offshore wind energy harvest industry has developed rapidly
worldwide. However, seismic waves would bring a great threat to the safety and stability of …

Wind energy holds growing investment perspectives due to its renewable and sustainable
energy production potential. The harvesting capability of wind turbines is directly related to …

This study investigates the lateral vibration control efficiency of toroidal tuned liquid column
dampers (TTLCDs) for monopile supported offshore wind turbines. The TTLCD has the …

Real-time monitoring of the vortex flow field has vital significance for industrial processes,
including metallurgy refining, rocket fuel system, and hydropower station operation. It can …

The transmission in automobiles is the core component to ensure operational stability. Heat
accumulation in the meshing process will reduce the transmission efficiency and affect the …