Reviews in Fluid Dynamics: 2026

Frontiers in Physics is delighted to present “Reviews in Fluid Dynamics: 2026”. This Research Topic will feature authoritative Review and Mini Review articles covering major advances across Fluid Dynamics Physics, clarifying the state of the art and defining the most promising directions for future research and innovation. We welcome contributions spanning fundamental theory, experimental breakthroughs, and advanced modelling and simulation, with a strong emphasis on work that deepens our understanding of fluids and flow physics and bridges theoretical, computational, and experimental approaches across the field.We encourage Review and Mini Review submissions that cover established and emerging areas such as:• Turbulence fundamentals and modelling, including flow instabilities and flow control• Multiphase, multicomponent, and non-Newtonian flows, including particle-laden flows and suspensions• Computational fluid dynamics and advanced numerical methods• Compressible, supersonic, and rarefied gas flows• Convective, buoyancy-driven, and reactive flows• Dynamics of drops, bubbles, colloids, fibres, and surfactants• Micro- and nano-scale flows, electrokinetics, and quantum fluids• Fluid–structure interaction, flows in complex geometries, and porous media• Free surface flows, boundary layers, jets, and waves• Rheology, acoustics in fluid and gas flows, and the flow of active matter• Experimental techniques and emerging measurement approaches in fluid dynamics• Applications of fluid dynamics to biological, geophysical, and industrial problemsThis Research Topic aims to serve as a practical reference for researchers and innovators, and a catalyst for new collaborations and future Research Topics.Important Note: This is an invitation-only Research Topic. If you would like to be considered as a potential contributor, please register your interest by contacting the Frontiers in Physics journal team at physics@frontiersin.org Topic editors: Federico Toschi Source: https://www.frontiersin.org/research-topics/83444/reviews-in-fluid-dynamics-2026