Company Filing History:
Years Active: 2022
Title: Min Su Jung: Innovator in Slope Collapse Simulation
Introduction
Min Su Jung is a distinguished inventor based in Ulsan, South Korea, known for his contributions to the field of disaster management. With a focus on enhancing safety and understanding soil behavior, he has developed innovative solutions to simulate steep slope collapses, a crucial area of research for preventing potential disasters.
Latest Patents
Min Su Jung holds one notable patent for an "Integrated Steep Slope Collapse Simulation System." This advanced system includes a base and a tower at one end of the base, featuring a specially designed soil tank structure that is inclined and filled with rammed soil. The system is equipped with a work platform that facilitates movement along the base, as well as a soil moving device that supplies soil to the tank. To replicate natural conditions, an artificial rainfall device is installed above the tank to inject water downward, complemented by an underground water reproduction device that simulates water flow from underneath the soil. This patent demonstrates the capability to accurately analyze soil behavior in natural environments, providing invaluable insights for disaster management.
Career Highlights
Min Su Jung is currently employed at the National Disaster Management Research Institute, where he contributes his expertise to enhancing safety measures and understanding soil dynamics. His work not only focuses on research but also emphasizes practical applications that can mitigate risks associated with slope collapses.
Collaborations
In his journey of innovation, Min Su Jung collaborates closely with talented colleagues, including Jae Hyun Shim and Sung Yong Park. Their combined efforts at the National Disaster Management Research Institute foster an environment of creativity and ingenuity, leading to advancements in their field.
Conclusion
Min Su Jung stands out as a significant contributor to innovation in the realm of disaster management. His patented simulation system not only pushes the boundaries of research in slope behavior but also plays a critical role in ensuring public safety. Through collaboration and dedication, he continues to make impactful strides in understanding and managing natural disasters.