MRI: Acquisition of Stereoscopic Particle Image Velocimetry for Advanced Flow Diagnostics

1126793 Choutapal拟议的最先进的立体PIV设备将作为一种重要的研究工具和改进的测量能力，因为它：a)允许详细研究各种射流条件下的三维速度场；b)与2D PIV测量相比，提供更准确的湍流流场数据；c)促进流场的更高空间和时间分辨率；d)可以很容易地集成到现有的实验室基础设施中，从而提供宝贵的信息，以促进面向应用的流动控制技术的发展；e)促进获取阐明基础物理所需的实验数据，并促进用于计算的实验数据库的开发；和f)作为大学内部以及其他大学、研究组织和行业的共享资源。因此，立体PIV系统的获得将产生丰富的基本流动物理知识，从而带来变革性的研究，从而在流动控制领域产生变革性的技术。

1126793ChoutapalliThe proposed state of-the-art stereoscopic PIV equipment will serve as an essential research tool and improved measurement capability because it: a) permits detailed study of the three dimensional velocity field for a variety of jet flow conditions; b) provides more accurate turbulence flow field data as compared to 2D PIV measurements; c) facilitates higher spatial and temporal resolution of the flow field; d) can integrate readily into the existing laboratory infrastructure and hence provide valuable information that can facilitate application-oriented development of flow control technologies; e) facilitates the acquisition of experimental data needed to elucidate fundamental physics and facilitates the development of an experimental database for computations; and f) serves as a shared resource for departments within the university as well as other universities, research organizations, and industry. The acquisition of the stereoscopic PIV system will therefore yield rich fundamental flow physics knowledge leading to transformative research and hence transformative technologies in the field of flow control.