PHYSICS OF FLUIDS

《流体物理学》(PoF)是一本杰出的期刊，致力于出版对理解气体、液体和复杂或多相流体动力学的原始理论、计算和实验贡献。在PoF上发表的主题多样，反映了流体动力学中最重要的主题，包括但不限于:声学航空航天流天体物理流生物流体力学空化和空化流动燃烧流复杂的液体可压缩流计算流体动力学接触线连续介质力学对流低温流动滴流体流动中的电磁效应泡沫、气泡和薄膜力学流控制流动不稳定性与过渡流动方向和各向异性与其他输运现象一起流动边界条件复杂的流动流可视化流体力学流体物理性质流固相互作用自由表面流地球物理流界面流克努森流层流数学的液体微观和纳米流体力学混合分子理论纳米流体力学颗粒状、多相、粒状流动相对论流体力学旋转流冲击波的现象软物质分层流流动系统热力学跨声速流湍流粘性非牛顿流动粘弹性涡动力学波地球物理流包括大气、湖泊、土壤、海岸、海洋、地震、火山、城市和环境流。PoF欢迎对这些主题的审稿，其读者也喜欢对新出现的主题的审稿。PoF既吸引了来自特定子学科的读者，也吸引了流体动力学领域的广大读者。通俗报刊经常报道在PoF上发表的文章。

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:AcousticsAerospace and aeronautical flowAstrophysical flowBiofluid mechanicsCavitation and cavitating flowsCombustion flowsComplex fluidsCompressible flowComputational fluid dynamicsContact linesContinuum mechanicsConvectionCryogenic flowDropletsElectrical and magnetic effects in fluid flowFoam, bubble, and film mechanicsFlow controlFlow instability and transitionFlow orientation and anisotropyFlows with other transport phenomenaFlows with complex boundary conditionsFlow visualizationFluid mechanicsFluid physical propertiesFluid–structure interactionsFree surface flowsGeophysical flowInterfacial flowKnudsen flowLaminar flowMathematics of fluidsMicro- and nanofluid mechanicsMixingMolecular theoryNanofluidicsParticulate, multiphase, and granular flowRelativistic fluid mechanicsRotating flowsShockwave phenomenaSoft matterStratified flowsThermodynamics of flow systemsTransonic flowTurbulent flowViscous and non-Newtonian flowViscoelasticityVortex dynamicsWavesGeophysical flow includes atmospheric, limnological, potamological, coastal, oceanic, seismic, volcanic, urban and environmental flows.PoF welcomes review manuscripts on these topics, and its readership also enjoys manuscripts on new and emerging topics. PoF appeals to both readers from specific subdisciplines and from the fluid dynamics community at large. The popular press frequently reports on articles published in PoF.