International audienceWe have developed a unique optical interferometric technique for deformation analysis and have applied it to tensile analyses of aluminum based samples. Using a recent theory of plastic deformation, this technique is capable of diagnosing whether the sample is close to a fracture and where the fracture will occur. It is also capable of diagnosing the current degree of stress concentration being developed in the sample. The theoretical basis of this method and some experimental results are presented
A crack tip represents a highly singular stress field existing in a structural component. The evalua...
[[abstract]]The analysis of strain distribution plays an important role in plasticity and stress con...
ABSTRACT—The laser based Interferometric Strain/Displace-ment Gage (ISDG) measures the in-plane surf...
International audienceThis paper discusses an optical band pattern that we recently discovered in an...
International audienceA method to reveal load hysteresis of metal specimens is described. In this me...
Combined optical method for measurement of three displacement fields on flat specimens is described ...
International audienceA method is proposed to identify the near crack-tip region in a deforming obje...
International audienceThe Lüders’ front and a previously discovered optical interferometric band str...
Of interest in many engineering applications is the change in shape of a body or the change in strai...
International audienceThe dynamics of plastic deformation and fracture is formulated based on the fi...
This paper describes several interferometric techniques and their applications in structural damage ...
Moiré interferometry is a valuable tool for investigations of the mechanics of materials. It is char...
When a solid material is subjected to severe temperature variations, the structure of the material c...
International audiencePreviously derived plastic deformation and fracture criteria are applied to an...
We have developed optical flow based techniques for finding the surface strain of an untreated sampl...
A crack tip represents a highly singular stress field existing in a structural component. The evalua...
[[abstract]]The analysis of strain distribution plays an important role in plasticity and stress con...
ABSTRACT—The laser based Interferometric Strain/Displace-ment Gage (ISDG) measures the in-plane surf...
International audienceThis paper discusses an optical band pattern that we recently discovered in an...
International audienceA method to reveal load hysteresis of metal specimens is described. In this me...
Combined optical method for measurement of three displacement fields on flat specimens is described ...
International audienceA method is proposed to identify the near crack-tip region in a deforming obje...
International audienceThe Lüders’ front and a previously discovered optical interferometric band str...
Of interest in many engineering applications is the change in shape of a body or the change in strai...
International audienceThe dynamics of plastic deformation and fracture is formulated based on the fi...
This paper describes several interferometric techniques and their applications in structural damage ...
Moiré interferometry is a valuable tool for investigations of the mechanics of materials. It is char...
When a solid material is subjected to severe temperature variations, the structure of the material c...
International audiencePreviously derived plastic deformation and fracture criteria are applied to an...
We have developed optical flow based techniques for finding the surface strain of an untreated sampl...
A crack tip represents a highly singular stress field existing in a structural component. The evalua...
[[abstract]]The analysis of strain distribution plays an important role in plasticity and stress con...
ABSTRACT—The laser based Interferometric Strain/Displace-ment Gage (ISDG) measures the in-plane surf...