In this paper we extend and study the method for generating contours of diffuse objects employing a dual beam illumination coupled with electronic speckle pattern interferometry. The sensitivity and the orientation of the contour planes are analyzed. A novel method for tilting the planes of contours and experimental results incorporating phase shifting and fringe analysis are also presented. The theoretical and the experimental results show good agreement
In an effort to find a non-contact technique capable of providing measurements of in-plane strain, t...
We describe the characteristics of a double-exposure specklegram obtained through a double-aperture ...
We describe the characteristics of a double-exposure specklegram obtained through a double-aperture ...
In this paper we discuss an oblique incidence and observation electronic speckle-pattern interferome...
Optical contouring is a full field, non-contact technique capable of determining shape and deformati...
The double-pulsed speckle interferometry method is very much simpler than the double pulse holograph...
We describe the characteristics of a double-exposure specklegram obtained through a double-aperture ...
A discussion of the essential technical advantages, limitations, various kinds of errors and require...
Electronic speckle pattern interferometry (ESPI) is combined with digital speckle photography (DSP) ...
Surface defect or damage is one of the critical factors leading to the failure of engineering materi...
Speckle interferometry was applied for rapid and exact quantitative determination of the contour of ...
Surface defect or damage is one of the critical factors leading to the failure of engineering materi...
A method for determining the position of the zero-order fringe in a metrological experiment with dig...
The present paper describes in details the operating principle of a completely new family of speckle...
Initial studies were undertaken concerning laser speckle photography (sometimes called single-beam s...
In an effort to find a non-contact technique capable of providing measurements of in-plane strain, t...
We describe the characteristics of a double-exposure specklegram obtained through a double-aperture ...
We describe the characteristics of a double-exposure specklegram obtained through a double-aperture ...
In this paper we discuss an oblique incidence and observation electronic speckle-pattern interferome...
Optical contouring is a full field, non-contact technique capable of determining shape and deformati...
The double-pulsed speckle interferometry method is very much simpler than the double pulse holograph...
We describe the characteristics of a double-exposure specklegram obtained through a double-aperture ...
A discussion of the essential technical advantages, limitations, various kinds of errors and require...
Electronic speckle pattern interferometry (ESPI) is combined with digital speckle photography (DSP) ...
Surface defect or damage is one of the critical factors leading to the failure of engineering materi...
Speckle interferometry was applied for rapid and exact quantitative determination of the contour of ...
Surface defect or damage is one of the critical factors leading to the failure of engineering materi...
A method for determining the position of the zero-order fringe in a metrological experiment with dig...
The present paper describes in details the operating principle of a completely new family of speckle...
Initial studies were undertaken concerning laser speckle photography (sometimes called single-beam s...
In an effort to find a non-contact technique capable of providing measurements of in-plane strain, t...
We describe the characteristics of a double-exposure specklegram obtained through a double-aperture ...
We describe the characteristics of a double-exposure specklegram obtained through a double-aperture ...