Ming Jin

Title: The Innovative Contributions of Ming Jin

Introduction

Ming Jin is a notable inventor based in Olney, MD (US), recognized for his contributions to hydraulic modeling and urban drainage systems. With a total of 2 patents, he has made significant advancements in the field of hydraulics, particularly in the representation of flow data and the simulation of drainage systems.

Latest Patents

Ming Jin's latest patents include a "Universal hydraulic solver with techniques for improving the representation of flow data." This invention provides hydraulic modelers with the ability to accurately produce a surface representation of flow data that incorporates transitional elements in the underlying gravity hydraulic network. The method employs triangulating surface techniques and smooth surface techniques that enforce rules preserving monotonicity and ensuring that Q=0 when TW=HW. Additionally, it allows for the quick evaluation of flow for any point in the data set.

Another significant patent is the "Method and system for developing a numerical dynamic sanitary sewer and storm water drainage simulation model." This hydraulics software system is designed for a one-dimensional hydrodynamic numerical model that simulates unsteady flows in sewer and storm water urban drainage systems. The software utilizes an implicit four-point, finite-difference solution technique to solve the one-dimensional Saint-Venant equations, ensuring computational performance and robustness for practical use in water resource engineering.

Career Highlights

Throughout his career, Ming Jin has worked with prominent companies such as Bentley Systems, Inc. and Haestad Methods, Inc. His experience in these organizations has contributed to his expertise in hydraulic modeling and software development.

Collaborations

Ming Jin has collaborated with notable colleagues, including Samuel R. Coran and Jack S. Cook, Jr. Their joint efforts have furthered advancements in hydraulic engineering and software solutions.

Conclusion

Ming Jin's innovative work in hydraulic modeling and urban drainage systems has made a lasting impact on the field. His patents reflect a commitment to improving the accuracy and efficiency of hydraulic simulations, showcasing his role as a leading inventor in this domain.