Gregory David Uhlenhake

Title: Inventor Spotlight: Gregory David Uhlenhake

Introduction

Gregory David Uhlenhake, a notable inventor based in Arden, NC, has made significant contributions to the field of automotive engineering. With a total of two patents to his name, his innovative designs focus on enhancing turbocharger efficiency and performance. Uhlenhake's work is recognized for its advanced engineering solutions that address common challenges within the industry.

Latest Patents

Uhlenhake's latest inventions include a Mixed Flow Twin Scroll Turbocharger with a Single Valve and an Asymmetric Twin Scroll Volute. The mixed flow twin scroll turbocharger features an asymmetric, twin scroll volute design, consisting of a first volute and a larger second volute, which eliminates the need for a wastegate and its associated actuator. This unique configuration allows for improved transient response and optimized rated torque. The incorporation of a mixed flow turbine wheel further enhances the design by allowing a larger wheel size while maintaining necessary inertia.

In addition, the asymmetric twin scroll volute design is engineered to accommodate mixed, radial, or axial flow turbines. It includes a first scroll that is larger and has greater mass flow capacity compared to the second scroll. This improvement increases flow capacity and counteracts backpressure, leading to balanced peak pressures and gas flow between cylinder sets. As a result, Uhlenhake's innovations contribute to enhanced engine efficiency and improved fuel economy.

Career Highlights

Gregory David Uhlenhake is currently employed at BorgWarner Inc., where his expertise in turbocharger technology has been instrumental in the company's product development. His engineering prowess is reflected in the patents he holds, showcasing his commitment to innovation and improvement in automotive technologies.

Collaborations

Uhlenhake collaborates closely with fellow engineer Matthew Brian Cooley, combining their skills and knowledge to drive advancements in turbocharging systems. Their collaborative efforts have not only contributed to individual patents but have also fostered a culture of innovation within their organization.

Conclusion

In summary, Gregory David Uhlenhake stands out as an inventive force in the automotive engineering sector. With his innovative turbocharger designs, he is paving the way for more efficient engine technologies. His collaboration with dedicated professionals like Matthew Brian Cooley further illustrates the power of teamwork in advancing engineering solutions. Uhlenhake's work not only enhances vehicle performance but also plays a crucial role in the evolution of automotive technologies.