Company Filing History:
1 out of 2 
1 out of 514 
1 out of 46 Years Active: 1991-1996
Title: Innovations and Achievements of Inventor Christian M Le Floc'H
Introduction
Christian M Le Floc'H, a talented inventor based in Blanquefort, France, holds three patents that showcase her exceptional contributions to the field of engineering and technology. Her work primarily focuses on methods for predictive load determination and high-accuracy measurements using advanced techniques.
Latest Patents
One of Christian's most notable patents is a method for the predictive determination of load at rupture for structures. This method involves subjecting a structure to equivalent stress, recording the acoustic activity generated by damage until a predetermined stress threshold, and determining the predictive value of the load at rupture through recorded acoustic emissions.
Another significant patent is her work on the Compton-effect method and system for accurately locating a plane separating two media of different densities. This innovative system employs X-rays or gamma rays to measure thicknesses of layers, providing vital measurements by analyzing signals generated during the interaction of these rays with the media.
Career Highlights
Christian M Le Floc'H has had an illustrious career, working with prestigious organizations such as the Société Nationale Industrielle and Aerospatiale. Her experience in these institutions has provided her with a solid foundation in the fields of industrial technology and aerospace engineering.
Collaborations
Throughout her career, Christian has collaborated with renowned professionals, including her coworkers François Perrot and Jean-Charles Anifrani. These partnerships have likely contributed to her prolific output and innovative thinking, further advancing her work in technology and engineering.
Conclusion
Christian M Le Floc'H's remarkable achievements and patent filings illustrate her deep commitment to innovation in engineering. Her contributions significantly enhance our understanding of structural integrity and measurement techniques, cementing her status as a prominent inventor in her field.