An algorithm for selection of the size of a correlation kernel at displacement vector field construction by the method of digital image correlation has been proposed. The algorithm has been tested on simulated and experimental optical images having different texture. The influence of the correlation kernel size and image texture on nose immunity at determining displacements has been studied. It is shown that the proposed algorithm allows to find this size providing the minimum error when determination of displacements and estimation of deformation
The aim of this collaborative work is to study the uncertainties associated with Digital Image Corre...
This study aims at obtaining smoothed strain fields from\ud digital image correlation technique (DIC...
Optical full-field measurement methods such as Digital Image Correlation (DIC) are increasingly used...
peer reviewedDigital Image Correlation (DIC) – also referred to as white light speckle technique – i...
In this paper, errors related to digital image correlation (DIC) technique applied to measurements o...
As a carrier of local deformation information, speckle pattern inside a subset is usually crucial fo...
We have developed a new digital image correlation (DIC) algorithm for non-contact, two-dimensional, ...
Digital image correlation (DIC) is nowadays widely applied to many engineering areas as an effective...
Digital image correlation (DIC) is an optical–numerical full-field displacement measuring technique...
A vision system is applied to full-field displacements and deformation measurements in solid mechani...
This work presents theoretical background on a novel class of strain sensor patterns. A combination ...
Digital image correlation (DIC) technique has been increasingly employed to implement surface deform...
Digital Image Correlation (DIC) is a well-known non-contact experimental technique. Its most common ...
International audienceThe aim of this collaborative work is to study the uncertainties associated wi...
Digital Image Correlation (DIC), as a technique based on image processing, has been intensively used...
The aim of this collaborative work is to study the uncertainties associated with Digital Image Corre...
This study aims at obtaining smoothed strain fields from\ud digital image correlation technique (DIC...
Optical full-field measurement methods such as Digital Image Correlation (DIC) are increasingly used...
peer reviewedDigital Image Correlation (DIC) – also referred to as white light speckle technique – i...
In this paper, errors related to digital image correlation (DIC) technique applied to measurements o...
As a carrier of local deformation information, speckle pattern inside a subset is usually crucial fo...
We have developed a new digital image correlation (DIC) algorithm for non-contact, two-dimensional, ...
Digital image correlation (DIC) is nowadays widely applied to many engineering areas as an effective...
Digital image correlation (DIC) is an optical–numerical full-field displacement measuring technique...
A vision system is applied to full-field displacements and deformation measurements in solid mechani...
This work presents theoretical background on a novel class of strain sensor patterns. A combination ...
Digital image correlation (DIC) technique has been increasingly employed to implement surface deform...
Digital Image Correlation (DIC) is a well-known non-contact experimental technique. Its most common ...
International audienceThe aim of this collaborative work is to study the uncertainties associated wi...
Digital Image Correlation (DIC), as a technique based on image processing, has been intensively used...
The aim of this collaborative work is to study the uncertainties associated with Digital Image Corre...
This study aims at obtaining smoothed strain fields from\ud digital image correlation technique (DIC...
Optical full-field measurement methods such as Digital Image Correlation (DIC) are increasingly used...