The influence of sweep angles on cavitation characteristics and mechanisms of a wedge-
section hydrofoil is investigated experimentally and numerically. Four hydrofoils with sweep …

The objective of this work is to investigate the influence of bend-twist coupling effects on the
cavitation behavior and hydroelastic response of four hydrofoils with identical geometry: one …

The objective of this paper is to experimentally investigate the structural response
characteristics of composite hydrofoils with different ply angles. A synchronous …

The objective of this paper is to investigate two types of cloud shedding processes around
the NACA66 (mod) hydrofoil with emphasis on the formation of the re-entrant flows and the …

Revetment can provide effective protection against wave overtopping and fluvial erosion
along coastlines, estuaries, and rivers. The cost-effectiveness and rapid implementation …

In this work, a study of the cavitation fluid-structure interaction characteristics of a trapezoidal
elastic NACA 0009 (mod) hydrofoil is conducted. The simulation includes the Schneer …

Cylindrical cyclones are a popular choice for oil-water separation and sewage treatment in
the petroleum industry. Here, we investigate the cavitation and vibration phenomena in a …

The flutter of a hydrofoil can cause structural damage and failure, which is a dangerous
situation that must be avoided. In this work, based on computational fluid dynamics and …

Imperfectly scaled models are commonplace in aerodynamics and hydrodynamics because
few facilities can meet all the flow and structural scaling requirements. The objectives of this …

The physics and mechanism of sheet/cloud cavitation in a convergent–divergent channel
are investigated using synchronized dynamic surface pressure measurement and high …