Practical Interferometric Tomography for Three-Dimensional Reconstruction of Heat/Mass Transfer Fields (PRC Scientist Supplement)

三维流场的重建 多方向全息干涉图具有作为 热科学中的强大诊断工具。 主要 本研究的目的是开发高效的计算 重建方法，包括的特点， 特定于干涉测量数据。 该方法采用 非均匀网格或高阶局部基函数。 他们将 即使在不适定条件下也能进行精确重建， 欠采样 拟议的研究将最终导致 原型系统的设计和商业化。 该系统 将实现快速的实验室或现场非侵入性诊断 有限大小的流场。

Reconstruction of three-dimensional flow fields from multidirectional holographic interferograms has potential as a powerful diagnostic tool in the thermal sciences. The main objective of this research is to develop efficient computational reconstruction methods which incorporate the features that are specific to interferometric data. The methods employ a nonuniform grid or higher-order local basis functions. They will allow accurate reconstruction even under ill-posed conditions and undersampling. The proposed research will eventually lead to the design of a prototype system and commercialization. This system will enable fast laboratory or on-site non-invasive diagnostics of finite-size flow fields.