Speckle metrology includes various optical techniques that are based on the speckle fields generated by reflection from a rough surface or by transmission through a rough diffuser. These techniques have proven to be very useful in testing different materials in a non-destructive way. They have changed dramatically during the last years due to the development of modern optical components, with faster and more powerful digital computers, and novel data processing approaches. This most up-to-date overview of the topic describes new techniques developed in the field of speckle metrology over the
Speckle patterns are produced when coherent light scatters from optically rough surfaces. In typical...
Abstract The new digital speckle interferometry method for research of processes in mechanics of fra...
Speckle patterns are produced when coherent light scatters from optically rough surfaces. In typical...
A review is given on the topic of speckle metrology applied to experimental mechanics. Various techn...
This project focused on demonstrating a non-contact, non-destructive and accurate methodology for me...
In this presentation, the role of speckles as a carrier of information in phase-based optical metrol...
This project focused on demonstrating a non-contact, non-destructive and accurate methodology for me...
Electronic speckle photography [1, 2, and 3] offers a simple and fast technique for measuring any ch...
Initial studies were undertaken concerning laser speckle photography (sometimes called single-beam s...
The random speckle intensity pattern, which is produced by the scattered optical field from a rough ...
An optical approach for real-time measurement of statistical parameters associated with rough surfac...
A digital speckle-pattern interferometer was built utilizing a 100 x 100 element Reticon diode array...
In this work, two different speckle based techniques are employed to quantify the movement of a vibr...
This thesis documents research to determine if an articulating objects speckle can be used to identi...
Two original applications of laser speckle metrology are presented. First, a portable Laser Speckle ...
Speckle patterns are produced when coherent light scatters from optically rough surfaces. In typical...
Abstract The new digital speckle interferometry method for research of processes in mechanics of fra...
Speckle patterns are produced when coherent light scatters from optically rough surfaces. In typical...
A review is given on the topic of speckle metrology applied to experimental mechanics. Various techn...
This project focused on demonstrating a non-contact, non-destructive and accurate methodology for me...
In this presentation, the role of speckles as a carrier of information in phase-based optical metrol...
This project focused on demonstrating a non-contact, non-destructive and accurate methodology for me...
Electronic speckle photography [1, 2, and 3] offers a simple and fast technique for measuring any ch...
Initial studies were undertaken concerning laser speckle photography (sometimes called single-beam s...
The random speckle intensity pattern, which is produced by the scattered optical field from a rough ...
An optical approach for real-time measurement of statistical parameters associated with rough surfac...
A digital speckle-pattern interferometer was built utilizing a 100 x 100 element Reticon diode array...
In this work, two different speckle based techniques are employed to quantify the movement of a vibr...
This thesis documents research to determine if an articulating objects speckle can be used to identi...
Two original applications of laser speckle metrology are presented. First, a portable Laser Speckle ...
Speckle patterns are produced when coherent light scatters from optically rough surfaces. In typical...
Abstract The new digital speckle interferometry method for research of processes in mechanics of fra...
Speckle patterns are produced when coherent light scatters from optically rough surfaces. In typical...