Lingen, Germany

Evgeny Twerdowski



 

Average Co-Inventor Count = 2.0

ph-index = 2

Forward Citations = 9(Granted Patents)


Company Filing History:


Years Active: 2016-2017

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2 patents (USPTO):

Title: Evgeny Twerdowski: Innovator in Acoustic Flow Measurement

Introduction

Evgeny Twerdowski is a talented inventor based in Lingen, Germany, recognized for his innovative contributions to the field of acoustic flow measurement. With two patents to his name, Twerdowski's work significantly enhances the ability to determine the flow of mediums in electrically conductive objects.

Latest Patents

Twerdowski's latest patents include an acoustic flowmeter and a groundbreaking method for non-invasively determining the flow of a medium in an electrically conducting object. This invention utilizes ultrasonic waves to evaluate the flow rate of liquids within pipes and pipelines. The process involves generating a longitudinal wave in the medium and analyzing the ultrasonic signal received to ascertain flow rates effectively. The innovation is characterized by the use of high-frequency induction coils that can operate without acoustic coupling to the surface of the conductive object. This results in increased accuracy and efficiency in measuring flow rates.

Career Highlights

Evgeny Twerdowski is associated with Rosen Swiss AG, where he works alongside his colleague Carsten Heinks. His expertise in acoustic measurement and innovative engineering solutions marks a notable highlight in his career, showcasing his commitment to enhancing technological advancements in flow measurement devices.

Collaborations

Throughout his career, Twerdowski has collaborated with fellow inventor Carsten Heinks, leveraging their combined skills and knowledge to develop advanced solutions in acoustic technology. Their partnership exemplifies the spirit of innovation and collaboration within the field.

Conclusion

Evgeny Twerdowski continues to make significant strides in the field of innovative technologies, particularly with his patents related to acoustic flow measurement. His work not only reflects an inventive spirit but also holds the potential to impact various industries reliant on precise flow measurement in conductive materials.

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