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1.
The development of physical
reference materials for speckle techniques, shearography, moiré,
photoelasticity, and thermoelasticity
2.
The design and construction of
simulated, virtual reference materials to include: simulated data, and
synthesised fringe patterns with and without random
or systematic noise.
3.
Definition of recommended
data formats for image data, numerical data, and processed data for
full-field optical techniques of strain measurement.
4.
Optimisation of methodologies
for the use of unified reference materials and for the practical application
of speckle techniques, shearography, moiré, photoelasticity, and
thermoelasticity.
5.
Liaison with international
bodies to ensure recognition of the measurement procedures and reference
materials developed
6.
Identification of routes for
traceability of calibrations.
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