从非定常流动，计算远场声音。From unsteady flow to far-field sound.
将气动声学方法转化为可使用的软件：基于 FW-H 方程预测非定常流动产生的声辐射。Turning aeroacoustic methods into usable software, with FW-H prediction of sound radiated by unsteady flows.
了解软件与使用入口Explore the software ↗01研究RESEARCH
于流动深处，探声音之源。Within the flow, we seek the source of sound.
围绕复杂流动、声音传播与高效计算，我们发展可解释、可验证并面向工程设计的气动声学方法。Across complex flows, sound propagation and high-performance computing, we develop interpretable and verifiable aeroacoustic methods for engineering design.
01 · 研究方向RESEARCH DIRECTION
计算方法与高性能计算Computational Methods & High-performance Computing
发展高效、准确的流动与声场计算方法。Developing efficient, accurate methods for flow and acoustic simulation.
02 · 研究方向RESEARCH DIRECTION
湍流与流动噪声机理Turbulence & Flow-induced Noise
揭示复杂流动中的噪声产生机制。Revealing how complex flows generate noise.
03 · 研究方向RESEARCH DIRECTION
声传播与噪声控制Sound Propagation & Noise Control
研究声音的传播、散射与控制方法。Understanding sound propagation and scattering, and developing noise-control methods.
OPEN-SOURCE SOFTWARE
让研究方法，成为可用的工具。Research methods, ready to use.
分享实验室开发的开源计算软件，提供源码、使用文档与相关研究入口。Explore the laboratory’s open-source solvers, with source code, documentation and links to related research.
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