Dr. Laura HAVIEZ

Working in Materials and Processes department in Safran Electrical and Power in UK. Working on tribology issues, lubrication, coatings, composites, mechanical tests and properties to develop electrical generators; Working on investigation on different failure / expertises (tests, analysis, investigations, quality) Qualification tests of new products Project management on REACh regulations and compliance of the internal processes.

Working for L'Oréal Paris for 2 month on tribology : absorption of cosmetic products by human skin using the adhesion parameter. Tests done on more than 30 volunteers Skills : human skin, triboligy, communication, make the volunteers feel confortable, treatment of data, statistical analysis, english and french

Experimental and simulation studies of a greased interface under fretting-reciprocating sliding conditions PhD diploma with "congratulations and first class honours" at Ecole Centrale de Lyon. Coordination with LTDS. Objectives: - Develop electronic flight control system - Understand wear process damage in actuators - Improve tribology resistance to reduce probability of occurrence of seizure. - Characterize and study tribology behavior of surface treatments

Study the relaxation of residual stressed under loading fretting-temperature creep. Collaboration with Safran-Turbomeca. ** Objectives: - To understand how residual stressed relaxed after fretting and creep solicitation of a Nickel based superalloy - Compare different level of shot peening - Simulate our results by FEM

Development and characterization of thermoelectrical materials. Collaboration with Teruyuki Ikeda and G Jeffrey Snyder ** Achievements: - Develop a new thermoelectrical material based on Mg2Si and PdTe - Characterized its chemical composition - Characterized its thermoelectrical properties - 1 scientific paper was published ** Technical environment: - Laboratory tools : Ball Milling, Glove-Box, furnace, polishing machine, Hot-press, X-ray, SEM, TEM, saw - Computer tools : Office

** Objectives : Synthesize and characterize ionic conductivity of lithium phosphate glasses. Collaboration with Francisco Munoz Fraile ** Achievements: - Synthesize 5 compositions of glasses xLi2O(1-x)P2O5 with x= 20 ; 30 ; 35 ; 40 et 45 - Study the ionic conductivity in function of composition and temperature ** Technical environment: - Laboratory tools : Complex Impedance Method, polishing machine, glove-box, press, furnaces - Computer tools : Office

PhD diploma with "congratulations and first class honours" // Tribology and materials science, lubrication, coating, wear, friction, simulations, FEM, Simulink

Physics, Surface analysis, material science, chemistry, Polymers, tribology, characterization, advanced analysis techniques

Engineering diploma with international distinction // Physics, Surface analysis, material science, chemistry, Polymers, tribology, characterizations, FEM

Physics, chemistry, mathematics and english