Kyiv, Ukraine

Vladimir I Slepchenko


Average Co-Inventor Count = 18.0

ph-index = 1

Forward Citations = 7(Granted Patents)


Company Filing History:

goldMedal1 out of 832,812 
Other
 patents

Years Active: 1982

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1 patent (USPTO):Explore Patents

Title: **Vladimir I Slepchenko: Innovative Mind in Pipeline Welding**

Introduction

Vladimir I Slepchenko is a distinguished inventor based in Kyiv, Ukraine. His contributions to the field of welding, specifically in pipeline construction, have made a significant impact on industry practices. With a single patented invention, Slepchenko has demonstrated his ingenuity and commitment to improving welding techniques.

Latest Patents

Slepchenko holds a patent for his innovative "Method for welding girth joints in pipelines." This method involves the use of two welding heads that move upward around a pipeline section and feed welding wire tangentially to the pipe's surface. The process ensures the formation of a robust circumferential weld by properly moulding the molten metal in the welding zone. The apparatus designed to implement this method features an annular track structure with carriages equipped with welding heads, each carrying a wire feeder and moulding member directed towards the joint being welded.

Career Highlights

Throughout his career, Vladimir I Slepchenko has made strides in the field of welding technologies. His innovative methods have optimized the efficiency and quality of pipeline construction. The patent he obtained showcases his ability to address industry challenges with practical solutions.

Collaborations

Slepchenko has worked alongside notable colleagues, including Vasily Y Dubovetsky and Leonid N Kopylov. Their collaborative efforts have contributed to advancing welding practices and enhancing the technological framework of the industry.

Conclusion

Vladimir I Slepchenko’s contributions to welding technology, particularly through his patent for pipeline girth joint welding, exemplify the role of inventors in fostering innovation within engineering disciplines. His work, alongside esteemed colleagues, continues to influence the standards and methodologies employed in the welding industry today.

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