Physics of Fluids

期刊简介：Physics of Fluids (PoF) is a preeminent journal devoted to publishing original theoretical, computational, and experimental contributions to the understanding of the dynamics of gases, liquids, and complex or multiphase fluids. Topics published in PoF are diverse and reflect the most important subjects in fluid dynamics, including, but not limited to:-Acoustics-Aerospace and aeronautical flow-Astrophysical flow-Biofluid mechanics-Cavitation and cavitating flows-Combustion flows-Complex fluids-Compressible flow-Computational fluid dynamics-Contact lines-Continuum mechanics-Convection-Cryogenic flow-Droplets-Electrical and magnetic effects in fluid flow-Foam, bubble, and film mechanics-Flow control-Flow instability and transition-Flow orientation and anisotropy-Flows with other transport phenomena-Flows with complex boundary conditions-Flow visualization-Fluid mechanics-Fluid physical properties-Fluid–structure interactions-Free surface flows-Geophysical flow-Interfacial flow-Knudsen flow-Laminar flow-Liquid crystals-Mathematics of fluids-Micro- and nanofluid mechanics-Mixing-Molecular theory-Nanofluidics-Particulate, multiphase, and granular flow-Processing flows-Relativistic fluid mechanics-Rotating flows-Shock wave phenomena-Soft matter-Stratified flows-Supercritical fluids-Superfluidity-Thermodynamics of flow systems-Transonic flow-Turbulent flow-Viscous and non-Newtonian flow-Viscoelasticity-Vortex dynamics-Waves

【译文】流体物理（PoF）是一本享有盛誉的期刊，致力于发表原创的理论、计算和实验贡献，以理解气体、液体和复杂或多相流体的动力学。PoF发表的主题多样，反映了流体动力学中最重要的话题，包括但不限于：声学、航空航天和航空流动、天体物理流动、生物流体力学、空化及空化流动、燃烧流动、复杂流体、可压缩流动、计算流体动力学、接触线、连续介质力学、对流、低温流动、液滴、流体流动中的电和磁效应、泡沫、气泡和薄膜力学、流动控制、流动不稳定性和过渡、流动方向和各向异性、与其他传输现象相关的流动、具有复杂边界条件的流动、流动可视化、流体力学、流体物理性质、流体-结构相互作用、自由表面流动、地球物理流动、界面流动、Knudsen流动、层流、液晶、流体数学、微纳米流体力学、混合、分子理论、纳米流体学、颗粒、多相和颗粒流动、加工流动、相对论流体力学、旋转流动、激波现象、软物质、层流、超临界流体、超流性、流动系统的热力学、跨音速流动、湍流、粘性和非牛顿流体、粘弹性、涡流动力学、波浪