04平台FACILITIES
从日常研究到学术交流，从计算模拟到声学测量，走进我们开展科研的地方。From everyday research and discussion to numerical simulation and acoustic measurement, explore the places where we work.
01 / SPACES
科研需要专注，也需要讨论与片刻休息。以下照片展示团队的日常环境，点击可查看大图。Research takes concentration, conversation and time to recharge. Explore our everyday surroundings; select a photo for a closer look.
日常科研与计算工作的空间，支持模型开发、数据分析和团队协作。A shared space for day-to-day research, model development, data analysis and collaboration.
用于组会汇报、学术讨论与合作交流，让想法在讨论中逐步清晰。A setting for group meetings, research discussions and collaborative exchange.
科研间隙的休憩空间，也为日常交流留出轻松的一角。A place to take a break and enjoy informal conversations between research activities.
02 / FACILITIES
计算资源与声学实验条件相互配合，为方法开发、数值模拟和实验研究提供支持。Computing resources and acoustic facilities work together to support method development, simulation and experimental research.
计算基础设施COMPUTING INFRASTRUCTURE
配备 RTX PRO 6000、V100 等 GPU 超算资源，面向高保真流动模拟、气动声学计算与数据驱动研究，支撑大规模并行求解、声场预测和计算方法开发。GPU supercomputing resources including RTX PRO 6000 and V100 systems support high-fidelity flow simulation, computational aeroacoustics and data-driven research, enabling large-scale parallel solvers, sound-field prediction and numerical method development.
近场计算LOCAL COMPUTING
为算法开发、模型调试、科学可视化和并行计算提供灵活的本地环境，连接日常研究与超算任务，支持计算方法的快速验证与迭代。A flexible local environment for algorithm development, model debugging, scientific visualization and parallel computing connects day-to-day research with supercomputing workloads and supports rapid validation and iteration.
声学实验设施ACOUSTIC FACILITY
室内六面铺设尖劈吸声体，构建近似自由场环境，用于声源识别与定位、产品声学特性、材料声学性能以及飞行器噪声测量。A six-sided wedge-lined chamber provides a near-free-field environment for source localization, acoustic characterization and aircraft-noise measurements.
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