Validation and calibration of optical full-field techniques that are used to measure strain and displacement in experimental mechanics is a prerequisite for validating numerical stress analyses. ICEM14 brings together practising engineers from around the world to exchange their experience regarding validation and calibration from everyday measurements with different optical techniques. The discussion addresses the following issues: (i) experience in calibrating measurement equipment based on imaging; (ii) reference measurements and calibration artefacts; (iii) validation of finite element analyses by ...
Imaging methods are applied in engineering and experimental mechanics areas to measure strain fields...
The design and testing of a reference material for the calibration of optical systems for strain mea...
The design and testing of a reference material for the calibration of optical systems for strain mea...
Validation and calibration of optical full-field techniques that are used to mea...
Validation and calibration of optical full-field techniques that are used to measure strain and dis...
Abstract. Validation and calibration of optical full-field techniques that are used to measure strai...
We review basic metrological terms related to the use of measurement equipment f...
Camera based optical measurement systems such as Digital Image Correlation (DIC) are increasingly us...
It has not been common practice to calibrate optical systems for measuring full-field strain distrib...
The advent of digital imaging technology and huge increases in data-processing power have led to eno...
There are no standard reference materials suitable for the calibration of full-field optical strain ...
The demand for accurate, time-resolved full-field deformation measurements has led to the developme...
Imaging systems for measuring surface displacement and strain fields such as stereoscopic Digital Im...
The results are presented using the procedure outlined by the Standardisation Pr...
Abstract. The results are presented using the procedure outlined by the Standardisation Project for ...
Imaging methods are applied in engineering and experimental mechanics areas to measure strain fields...
The design and testing of a reference material for the calibration of optical systems for strain mea...
The design and testing of a reference material for the calibration of optical systems for strain mea...
Validation and calibration of optical full-field techniques that are used to mea...
Validation and calibration of optical full-field techniques that are used to measure strain and dis...
Abstract. Validation and calibration of optical full-field techniques that are used to measure strai...
We review basic metrological terms related to the use of measurement equipment f...
Camera based optical measurement systems such as Digital Image Correlation (DIC) are increasingly us...
It has not been common practice to calibrate optical systems for measuring full-field strain distrib...
The advent of digital imaging technology and huge increases in data-processing power have led to eno...
There are no standard reference materials suitable for the calibration of full-field optical strain ...
The demand for accurate, time-resolved full-field deformation measurements has led to the developme...
Imaging systems for measuring surface displacement and strain fields such as stereoscopic Digital Im...
The results are presented using the procedure outlined by the Standardisation Pr...
Abstract. The results are presented using the procedure outlined by the Standardisation Project for ...
Imaging methods are applied in engineering and experimental mechanics areas to measure strain fields...
The design and testing of a reference material for the calibration of optical systems for strain mea...
The design and testing of a reference material for the calibration of optical systems for strain mea...