Joerg Krückels

Title: Innovations of Joerg Krückels: A Pioneer in Turbo-engine Components

Introduction

Joerg Krückels, an inventive talent based in Birmenstorf, Switzerland, has made significant contributions to the field of turbo-engine technology. With two patents to his name, his work is characterized by innovative designs aimed at enhancing performance in rotary flow machines.

Latest Patents

Joerg's latest patents showcase his deep understanding of turbo-engine components. The first patent is for a Turbo-engine component having outer wall discharge openings. This invention includes a wall with a hot gas side surface and a coolant side surface, featuring a coolant discharge duct that opens onto the hot gas side. It effectively directs coolant flow from inside the duct to ensure optimal performance and heat management.

The second patent revolves around the Arrangement for sealing an open cavity against hot gas entrainment, designed to protect an open cavity between two stationary components within a rotary flow machine. With a series of strategically directed air jets, this innovation prevents hot gas penetration and maintains the integrity of the cavity, showcasing Krückels' ingenuity in thermal management.

Career Highlights

Throughout his career, Joerg has been associated with prestigious companies including General Electric Technology GmbH and Alstom Technology Limited. His experience in these organizations has greatly influenced his innovative approaches to design and engineering in the turbo-engine sector.

Collaborations

During his professional journey, Joerg has collaborated with esteemed coworkers such as Herbert Brandl and Paul Marlow, further contributing to his inventive work. The synergy with these professionals has likely fostered an environment conducive to the development of groundbreaking technologies in turbo-engine components.

Conclusion

Joerg Krückels stands out as a notable inventor in the field of turbo-engine technology. His two patented innovations reflect a commitment to enhancing performance and efficiency in rotary flow machines. As the field of engineering continues to evolve, Krückels’ contributions will undoubtedly play a significant role in shaping future advancements.