Valence, France

Renaud Gaglione


Average Co-Inventor Count = 3.0

ph-index = 1

Forward Citations = 8(Granted Patents)


Company Filing History:


Years Active: 1994

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1 patent (USPTO):Explore Patents

Title: Renaud Gaglione: Innovator in Acoustic Rheometry

Introduction

Renaud Gaglione, an innovative inventor based in Valence, France, has made significant contributions to the field of acoustic rheometry. His expertise has led to the filing of a valuable patent that enhances the measurement of viscosity in various applications, specifically in ink-based printing systems.

Latest Patents

Gaglione holds a patent for a "High-frequency acoustic rheometer and device to measure the viscosity of." This unique acoustic rheometer operates in the high-frequency range and features a torsional-mode transducer made from a sillenites class crystal. The design includes an innovative electrical excitation means and a sensor constructed from an iron/nickel alloy, known for its very low thermoelastic coefficient. By meticulously selecting the diameters of the transducer and sensor, Gaglione ensured that the coefficient of reflection at their interface is zero, enhancing the accuracy and efficiency of viscosity measurement.

Career Highlights

Renaud Gaglione has dedicated his professional journey to the realm of acoustics and material sciences, culminating in his role at Imaje S.A. His inventive spirit and technical knowledge have positioned him as a vital contributor to advancements in acoustic measurement technologies, particularly in industry-specific applications.

Collaborations

Throughout his career, Gaglione has collaborated with talented coworkers such as Arthur Soucemarianadin and Pierre Attane. These partnerships have been instrumental in developing innovative solutions and further advancing the field of rheometry.

Conclusion

Renaud Gaglione exemplifies the spirit of innovation through his groundbreaking work on high-frequency acoustic rheometry. His contributions not only establish his reputation as a skilled inventor but also pave the way for future advancements in viscosity measurement technologies across various industries.

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