11th International Symposium on Particle Image Velocimetry (Santa Barbara, CA, September 14-16, 2015)

PI: Meinhart， Carl d提案号：1543708该提案寻求资金部分用于支付将于2015年9月14日至16日在加州圣巴巴拉举行的“第11届粒子图像测速（PIV）国际研讨会”的参与者费用和组织费用。本次国际研讨会将重点介绍粒子图像测速（PIV）和相关技术的进展、实践和新应用。这次会议是世界上最重要的PIV活动，汇集了专家、从业者和世界各地的专业知识，在一个集中的论坛上交流新思想和知识互动。PIV能够在流体力学的各个方面进行详细、高质量的测量，为在许多流体动力学研究领域开发新的见解开辟了机会。最近的发展包括立体、时间分辨、层析成像、显微PIV等。此外，在具有挑战性的情况下应用PIV需要解决许多复杂的流体/颗粒相互作用问题。会议将涵盖基于实验流体动力学图像技术的几个领域的现象，重点是1)精度，分辨率和鲁棒性的改进；2)在困难或极端流体流动中进行测量；3) PIV理论与算法；4)粒子跟踪测速（PTV）；5)激光诱导荧光；6)立体和3D技术（如全息、层析成像和全光学PIV）；7)压力测量；8)标量输运和混合；9)多相流动和湍流；10)生物医学应用；11)微/纳米流体力学;12)空气动力学;13)燃烧;14)数据后处理

PI: Meinhart, Carl DProposal Number: 1543708The proposal seeks funds to partially cover expenses of participants and organizing costs for the conference entitled "11th International Symposium on Particle Image Velocimetry (PIV)" to be held in Santa Barbara, California during September 14-16, 2015 . This international symposium will emphasize advancements, practice and novel uses of Particle Image Velocimetry (PIV) and related techniques. This meeting is the premier PIV event in world, bringing together experts, practitioners and worldwide expertise in a concentrated forum for exchange of new ideas and intellectual interaction. PIV has enabled detailed, high quality measurements in every aspect of fluid mechanics opening up the opportunity to develop new insights in a host of fluid dynamics research areas. Most recent developments include stereo, time-resolved, tomographic, microscopic PIV and many more. In addition, applying PIV in challenging situations has required solving many complicated fluid/particle interaction problems. The meeting will cover phenomena from several areas of experimental fluid dynamics image-based techniques, with emphasis in 1) Improvements in accuracy, resolution and robustness; 2) Measurements in difficult or extreme fluid flows; 3) PIV Theory and Algorithms; 4) Particle Tracking Velocimetry (PTV); 5) Laser Induced Fluorescence (LIF); 6) Stereo and 3D techniques (e.g. Holographic, Tomographic and Plenoptic PIV); 7) Pressure Measurement; 8) Scalar Transport and Mixing; 9) Multiphase and Turbulent Flows; 10) Biomedical Applications; 11) Micro-/Nanofluidics; 12) Aerodynamics; 13) Combustion; and 14) Data post-processing