Towards RGB photoelasticity: Full-field automated photoelasticity in white light
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Cites methods from "Towards RGB photoelasticity: Full-f..."
...Therefore the total range of the CBRM method is close to 0 - 4 fringe orders which is also an improvement compared to previous methods such as RGB photoelasticity method [45] whose range was found to be 0 - 3 fringe orders....
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...006 fringe order which is an improvement compared to the RGB photoelasticity method [45]....
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...02 fringe order maximum error achieved with the RGB photoelasticity method [45]....
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References
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"Towards RGB photoelasticity: Full-f..." refers background or methods in this paper
...The intensity eqs ( 9 ) and (10) can be used to evaluate A only if the Fi functions, the transfer function of the digital board (relationship between the RGB values and intensity values L Ig and Ib), the dispersion of birefringence and the isoclinic angle ~ are known....
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...The equations of polariscope ( 9 ) and (10) show that the influence of errors e of optical retarders depends on the isoclinic angle cx; there is maximum error where c~ = 0 deg (principal stresses parallel to polarizers), whereas no error occurs where a -- 45 deg (principal stresses parallel to retarders)....
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...For lower orders, using eqs ( 9 ) and (10) allows us to evaluate the unknown retardation A (or 8) by processing of the acquired RGB levels....
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