Research · Recognition · Community
Selected coverage of our research, people, and academic activities.
Media archive
Stories are listed in reverse chronological order.
The national key laboratory highlights a Journal of Fluid Mechanics study uncovering mechanisms for energy-efficient navigation in turbulence.
Read original / 阅读原文A Journal of Fluid Mechanics study reveals mechanisms for energy-efficient navigation in turbulent flows.
Read original / 阅读原文The national key laboratory features the Track-to-Flow framework for reconstructing high-resolution flow fields from sparse UAV observations.
Read original / 阅读原文A Journal of Fluid Mechanics paper introduces Track-to-Flow, a super-resolution framework designed for sparse UAV observations.
Read original / 阅读原文A Journal of Fluid Mechanics study investigates how time-varying wall temperature reshapes large-scale structures in sheared thermal turbulence.
Read original / 阅读原文A Journal of Fluid Mechanics study examines particle transport and deposition in sheared thermal turbulence.
Read original / 阅读原文Ao Xu was selected for the ninth Young Elite Scientists Sponsorship Program of the China Association for Science and Technology.
Read original / 阅读原文Northwestern Polytechnical University announces 14 faculty members, including Ao Xu, selected for the ninth Young Elite Scientists Sponsorship Program.
Read original / 阅读原文The School of Aeronautics recognizes faculty award recipients, including Ao Xu as a 2023 NPU Outstanding Young Teacher (Wu Yajun Award).
Read original / 阅读原文Ao Xu is profiled as a first-prize recipient of the 2023 NPU Outstanding Young Teacher (Wu Yajun Award).
Read original / 阅读原文A Journal of Fluid Mechanics paper reveals heat-transfer enhancement mechanisms in sheared thermal turbulence.
Read original / 阅读原文A Physical Review Fluids paper reveals a mechanism for energy-efficient propulsion of particles in thermal turbulence.
Read original / 阅读原文The first JFM/FLOW China Symposium was successfully held at Northwestern Polytechnical University.
Read original / 阅读原文The Xi Hengdong team reveals the mechanism behind large-scale circulation reversals in thermal turbulence.
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