Hailing Wu

Title: Hailing Wu: Innovator in Heat Exchanger Technology

Introduction

Hailing Wu is a notable inventor based in Germantown, TN (US). She has made significant contributions to the field of heat exchanger technology, holding a total of 2 patents. Her innovative designs focus on enhancing heat transfer efficiency while reducing material costs.

Latest Patents

Hailing Wu's latest patents include a "Fin structure for heat exchanger" and a "Spirally wound, layered tube heat exchanger." The fin structure patent involves a flat fin heat exchanger configuration with a plurality of louvers raised above the plane of the fin. These louvers enhance heat transfer characteristics and allow for the use of thinner materials, thus lowering costs without compromising performance. The exterior fin surface is designed to redirect airflow, effectively breaking up the air boundary layer around the fin. Each louver acts as an additional leading edge, contributing to a higher heat transfer coefficient.

The spirally wound tube heat exchanger patent describes a heat exchanger that receives a heat exchange fluid and its method of manufacture. This design features one or more spirally-wound layers of a tube, which can be circular, oval, or rectangular with radiused corners. An elongate spacer member is included, which has engagement surfaces that detachably retain the tube.

Career Highlights

Hailing Wu has worked with prominent companies such as Lennox Industries Inc. and Luvata Grenada LLC. Her experience in these organizations has allowed her to refine her skills and contribute to advancements in heat exchanger technology.

Collaborations

Hailing has collaborated with notable coworkers, including Michael E. Heidenreich and Olli Pekka Naukkarinen. These collaborations have further enriched her work and innovation in the field.

Conclusion

Hailing Wu is a distinguished inventor whose work in heat exchanger technology has led to significant advancements. Her innovative patents reflect her commitment to improving efficiency and reducing costs in heat transfer applications.