Burke L Reichlinger

Title: Burke L. Reichlinger: Innovator in Aluminum Alloy Applications

Introduction

Burke L. Reichlinger, an accomplished inventor based in Kent, WA, has made significant contributions to the field of aerospace engineering. With a total of three patents to his name, he has focused primarily on innovations involving aluminum alloys and their applications in aviation. His work exemplifies the intersection of modern technology and material science.

Latest Patents

Reichlinger's most recent patents showcase transformative methods in manufacturing processes. One notable patent involves the heat treatment of additively manufactured aluminum alloy components. This method aims to produce a uniform grain distribution within A205 aluminum alloy components, commonly referred to as AM205 components. The outlined process includes solution aging the AM205 component at a specified temperature for less than five hours, followed by an overaging phase to enhance material properties.

Another significant invention is the friction stir welded wingtip torque box. This innovation simplifies the fabrication of wingtip torque boxes by employing friction stir welding to join two monolithic clamshells along their spars. The resultant monolithic structure is robust and compatible with aircraft wings, enhancing the overall performance and structural integrity of flight components. The design incorporates internal and external stiffeners that are integral to the clamshells, providing additional support and manufacturing efficiency.

Career Highlights

Burke L. Reichlinger is currently associated with The Boeing Company, where he applies his extensive knowledge and skills to develop cutting-edge aerospace solutions. His role at Boeing has allowed him to explore advancements in aluminum alloys, which are crucial for enhancing the performance and safety of aircraft. Reichlinger's expertise continues to contribute significantly to the company’s prestige and its commitment to innovation in aerospace technologies.

Collaborations

Throughout his career, Reichlinger has collaborated with notable colleagues, including Michael P. Shemkunas and Kenneth D. Cominsky. Their joint efforts in engineering and design have facilitated the development of innovative solutions that meet industry standards and enhance manufacturing processes within aviation.

Conclusion

Burke L. Reichlinger stands out as a key figure in the realm of aerospace innovation, particularly in the use of aluminum alloys. His contributions through patents demonstrate a commitment to advancing material processing technologies, which serve to improve the overall safety and efficiency of aircraft. As he continues his work at Boeing, further innovations can be anticipated from this talented inventor.