Composite materials have seen widespread use in the aerospace industry and are
becoming increasingly popular in the automotive industry due to their high strength and low …

This paper presents the activities in the field of shearography in chronological order and
highlights the great potential of this holographic measurement technology. After a brief …

Since the sensitivity of digital shearography (DS) is related to its shearing direction and the
anomaly of the relative deformation is sensitive to the defect direction in non-destructive …

This paper describes a dual-directional shearography system to address the issue of two-
dimensional characterization of the surface strain. A common-path configuration coupled …

This paper presents a single camera digital shearography system with dual sensitivity to
enable simultaneous measurement of minor and large shearograms in a single field …

Because the sensitivity of shearography is determined by its shearing direction, aeolotropic
defects could be difficult to detect in nondestructive testing (NDT) using a digital …

Shearography is a coherent optical technique that allows the identification of the first
derivative of deformation in the shearing direction. Due to direct measuring strain …

Monitoring of extreme dynamic loadings on composite materials with high temporal and
spatial resolution provides an important insight into the understanding of the material …

The advantage of spatial phase-shifting shearography is its ability to extract the phase from
a single speckle pattern; however, it often faces spectrum overlapping, which seriously …

摘要针对传统空间载波相移剪切散斑干涉系统中剪切量难以快速, 定量, 精确调节的问题,
提出了一种利用液晶空间光调制器(LC-SLM) 调制剪切量的空间载波相移剪切散斑干涉测量系统 …