Bernard R Melancon

Title: Bernard R. Melancon: Innovator in Flow Measurement Technology

Introduction

Bernard R. Melancon is a notable inventor based in Warwick, Rhode Island, recognized for his contributions to flow measurement technology. He has developed innovative solutions that enhance the efficiency and accuracy of fluid measurement systems. His work is particularly significant in the field of turbine flowmeters.

Latest Patents

Bernard holds a patent for a Vertical Axis Turbine Flowmeter. This invention features a rotor within a narrow-profile housing, with the rotor's axis of rotation aligned perpendicularly to the direction of fluid flow. The design includes a pair of oppositely directed, semi-cylindrical rotor elements that are arranged in a generally rectangular configuration. Each element has a high drag front surface and a low drag back surface, which are twisted to present a high drag surface to the incoming fluid stream. This unique configuration produces a continuous unidirectional net driving torque on the rotor, preventing the occurrence of a null point despite counter-resistance from the fluid. The rotor's design allows for minimal protrusion beyond the housing, enabling it to fit into narrow spaces between pipe flanges. Additionally, the placement of bearing surfaces and rotation-sensing instrumentation outside the fluid flow simplifies maintenance.

Career Highlights

Bernard is currently associated with The Foxboro Company, where he applies his expertise in flow measurement technology. His innovative approach has contributed to advancements in the industry, making significant impacts on how fluid flow is measured and managed.

Collaborations

Bernard has worked alongside Joseph P. DeCarlo, collaborating on various projects that leverage their combined expertise in engineering and technology.

Conclusion

Bernard R. Melancon's contributions to the field of flow measurement through his innovative turbine flowmeter design exemplify the importance of creativity and engineering in solving complex challenges. His work continues to influence the industry and improve fluid measurement systems.