Non-contact and full-field strain mapping captures strain across an entire surface, providing
a complete two-dimensional (2D) strain distribution without attachment to sensors. It is an …

Quantifying the stress field induced into a piece when it is loaded is important for
engineering areas since it allows the possibility to characterize mechanical behaviors and …

Digital photoelasticity often evaluates the stress fields in loaded structures by processing the
colour intensities recorded in digital images. This makes the evaluation process sensitive to …

The importance of evaluating the stress field of loaded structures lies in the need for
identifying the forces which make them fail, redesigning their geometry to increase the …

Evaluating the stress field based on photoelasticity is of vital significance in engineering
fields. To achieve the goal of efficiently demodulating stress distribution and to overcome the …

When experimental photoelasticity images are acquired, the spectral interaction between
the light source and the sensor used affect the visual information of the fringe patterns in the …

Extending photoelasticity studies to industrial applications is a complex process generally
limited by the image acquisition assembly and the computational methods for demodulating …

For overcoming conventional photoelasticity limitations when evaluating the stress field in
loaded bodies, this paper proposes a Generative Adversarial Network (GAN) while …

El estudio de los esfuerzos residuales ha sido materia de investigación debido al efecto que
producen sobre el estado de esfuerzos y la integridad operacional de diferentes productos …

Evaluation of residual and thermal stresses using temporal analysis of color in
photoelasticity images was applied to three discs with residual stresses in different zones …