Digital Image Correlation (DIC) is an experimental method used to produce full-field strain maps of specimens undergoing deformation. In this measurement, images of a specimen are taken before and after mechanical and thermal loading, then software is used to track deformation and compute strains. DIC has been recently adapted for high-temperature tests by using ultraviolet (UV) range cameras, lenses, and filters to produce the images. Application of DIC to small length scales and at high temperatures can be performed with proper equipment. However, for these measurements, there is no commercially available high-magnification lens that will allow images to be taken in the UV range. A custom UV high-magnification lens was recently created by...
Performing digital image correlation (DIC) at extreme temperatures has been greatly challenging due ...
Performing digital image correlation (DIC) at extreme temperatures has been greatly challenging due ...
International audienceThe purpose of this study is to develop novel speckle pattern techniques for d...
Digital Image Correlation (DIC) measures full-field strains by tracking displacements of a specimen ...
Digital Image Correlation (DIC) is a technique which uses images taken before and after deformation ...
In extreme environments, such as hot-fire rocket testing, gathering strain data can be challenging d...
In extreme environments, such as hot-fire rocket testing, gathering strain data can be challenging d...
Extreme temperature has increasingly played an essential role in design and operation of various eng...
This work presents a novel method of obtaining in situ strain measurements at high temperature by si...
Nuclear fuel cladding in light water reactors, often made of zirconium alloys, is naturally made mor...
Extreme temperatures have increasingly played an important role in engineering applications, includi...
Extreme temperatures have increasingly played an important role in engineering applications, includi...
Digital Image Correlation (DIC) is used to study the local strain distribution in Ti6Al4V specimens ...
This work presents a novel method of obtaining in situ strain measurements at high temperature by si...
Digital Image Correlation (DIC) is used to study the local strain distribution in Ti6Al4V specimens ...
Performing digital image correlation (DIC) at extreme temperatures has been greatly challenging due ...
Performing digital image correlation (DIC) at extreme temperatures has been greatly challenging due ...
International audienceThe purpose of this study is to develop novel speckle pattern techniques for d...
Digital Image Correlation (DIC) measures full-field strains by tracking displacements of a specimen ...
Digital Image Correlation (DIC) is a technique which uses images taken before and after deformation ...
In extreme environments, such as hot-fire rocket testing, gathering strain data can be challenging d...
In extreme environments, such as hot-fire rocket testing, gathering strain data can be challenging d...
Extreme temperature has increasingly played an essential role in design and operation of various eng...
This work presents a novel method of obtaining in situ strain measurements at high temperature by si...
Nuclear fuel cladding in light water reactors, often made of zirconium alloys, is naturally made mor...
Extreme temperatures have increasingly played an important role in engineering applications, includi...
Extreme temperatures have increasingly played an important role in engineering applications, includi...
Digital Image Correlation (DIC) is used to study the local strain distribution in Ti6Al4V specimens ...
This work presents a novel method of obtaining in situ strain measurements at high temperature by si...
Digital Image Correlation (DIC) is used to study the local strain distribution in Ti6Al4V specimens ...
Performing digital image correlation (DIC) at extreme temperatures has been greatly challenging due ...
Performing digital image correlation (DIC) at extreme temperatures has been greatly challenging due ...
International audienceThe purpose of this study is to develop novel speckle pattern techniques for d...