Physics of Fluids features intriguing original theoretical, computational, and experimental publications to deepen our understanding of the dynamics of gases, liquids, or complex fluids.
Putu Brahmanda Sudarsana, Rodrigo Vilumbrales-Garcia et al.
This study investigates a novel phenomenon of lift generation around a sphere by pneumatically manipulating its surface topology with an asymmetric roughness distribution. A comprehensive series of ...
This study focuses on the often-overlooked closed pores in coal, which play a crucial role in isolating and storing significant amounts of methane, thereby directly impacting the efficiency of ...
Flow behind a bluff body is marked with unstable wake pattern eventually impacting the forces acting on the body, which can be actively controlled by rotation. When multiple rotating bluff bodies are ...
Employing vortex dynamics, we explore the turbulent cascade mechanisms in Schroedinger and Navier–Stokes fluids. While both cascades are driven by vortex instabilities, the ability of Navier–Stokes ...
Acoustically levitated droplets have exhibited great potential in crystallization studies due to their versatility with various solution types and the simplicity of the apparatus. By separating the ...
Bragg resonance induced by periodic bottoms has potential applications for coastal protection. Under extreme wave conditions, nonlinearity may play a critical role in the wave-topography ...
Riemann solutions with four different structures are explicitly derived for the one-dimensional one-velocity and one-pressure compressible three-component model under the isothermal equation of ...
Research on vehicle water entry is crucial for enhancing the safety, performance, and survivability of vehicles in aquatic environments, particularly in scenarios such as amphibious operations, ...
Adjacent flow of two polymeric fluids occurs in many industrial processes. Under these processes, entangled polymer chains usually undergo extensional flow and shear flow deformation fields, ...
