Douglas H Van Affelen

Title: Douglas H. Van Affelen: Innovating Heat Transfer Solutions

Introduction

Douglas H. Van Affelen is an accomplished inventor based in Huntington Beach, California. He has made significant contributions to the field of heat transfer technology, holding a total of three patents that showcase his innovative approaches to the management of thermal energy.

Latest Patents

Van Affelen's most recent patents include groundbreaking designs for heat transfer devices. One notable invention is a "Heat Transfer Device with Nested Layers of Helical Fluid Channels." This device features sets of nested tubular walls and helical walls that create multiple channel layers, allowing for efficient fluid flow and heat transfer. The first intake and outtake are configured to facilitate the movement of a fluid through these intricate channels.

Additionally, he has developed a "Heat Transfer Device and Methods of Cooling Heat Sources." This invention incorporates a storage chamber and a cooling chamber, connected by a fluid passage. One of its standout features is a barrier element that can transition between open and closed configurations based on specific conditions, thereby optimizing coolant flow in relation to temperature and pressure triggers.

Career Highlights

Douglas H. Van Affelen is currently employed by The Boeing Company, renowned for its innovation in aerospace technology. His work has significantly impacted the efficiency of heat transfer devices, contributing to advancements in various engineering applications.

Collaborations

Throughout his career at Boeing, Van Affelen has collaborated with esteemed colleagues, including Michael F. Stoia and Arun Muley. Their collective expertise and teamwork have been pivotal in driving forward the innovative projects they undertake.

Conclusion

Douglas H. Van Affelen continues to push the boundaries of thermal engineering with his inventive solutions at The Boeing Company. His patents not only reflect his technical skill but also his commitment to enhancing heat transfer technologies for a more efficient future.