David W Leung

Title: Innovator Spotlight: David W. Leung

Introduction: David W. Leung is a notable inventor based in Hollywood, Florida, recognized for his significant contributions to gas turbine engine technology. With a robust portfolio of two patents, Leung has focused on innovations that enhance design methodologies for complex engine components.

Latest Patents: David W. Leung's most recent patents include a method and system for designing an impingement film floatwall panel system. This technology is particularly crucial for optimizing combustion chambers within gas turbine engines. The patent outlines a systematic approach to developing a knowledge base that integrates design rule signals and parameter signals of impingement film floatwall panels. The process involves creating signals for geometric representations by comparing desired data values with established design rules.

Additionally, Leung holds a patent for a method of designing the static structure of an engine case. This invention also leverages a knowledge base to represent various design rules associated with the engine case’s components. By entering specific parameter signals and comparing them against the knowledge base, the method assists in the optimization and geometrical representation of these critical structures.

Career Highlights: David W. Leung has established himself as a leading inventor while working for United Technologies Corporation, where he applies his expertise in engineering to drive innovation and efficiency in gas turbine engine design. His patents signify his commitment to advancing technology in aerospace and energy sectors.

Collaborations: Throughout his career, Leung has collaborated with esteemed colleagues, including Duncan C. Meyers and Gregory E. Chetta. Together, they have contributed to a collaborative environment that fosters creativity, leading to groundbreaking developments in engine technology.

Conclusion: David W. Leung stands out as a prominent inventor in the field of gas turbine engines. His innovative patents and collaborative projects reflect his dedication to improving engineering methodologies and contribute to advancements in this critical industry. As technology evolves, Leung’s work will undoubtedly play a pivotal role in shaping the future of gas turbine design and efficiency.