Zhan Huang

Title: Innovations by Inventor Zhan Huang: An Insight into His Patented Technology

Introduction: Zhan Huang, an accomplished inventor based in Dalian, China, has made significant contributions to the field of experimental apparatuses. His innovative spirit is showcased through his patented technology, which provides a unique approach to studying hydrate-bearing sediments.

Latest Patents: Zhan Huang holds one patent titled "Experimental apparatus and method for planar interfacial shear of hydrate-bearing sediment." This patent describes an experimental apparatus that includes a planar interfacial shear box, a torsional and axial loading device, a nitrogen gas source, a methane gas source, a pressure-volume controller, a water bath device, a back pressure valve, a gas-water separator, a gas flowmeter, and a data acquisition system. The sophisticated design of the shear box incorporates multiple components such as an upper pressing plate, an upper adapter, thermal insulation plates, and a lower base. This intricate setup enables uniform stress distribution during experiments, allowing researchers to understand the interfacial shear mechanics between hydrate-bearing sediments and structures.

Career Highlights: As a prominent figure in his field, Zhan Huang is affiliated with Dalian University of Technology, where he contributes to advancing research on hydrate-bearing sediments. His experience and expertise have positioned him as a knowledgeable resource in the study of interfacial shear and sediment behavior.

Collaborations: A key collaboration in Zhan Huang's career is with his coworker, Yongchen Song. Their partnership exemplifies the spirit of teamwork in academia and research, contributing to innovation and further development of patented technologies.

Conclusion: Zhan Huang's innovative approach and dedication to research have led to significant advancements in the understanding of hydrate-bearing sediments. His patented technology serves as a valuable resource for researchers and industry professionals, enabling more efficient studies of sediment behavior under various conditions. Through his work at Dalian University of Technology, he continues to inspire future innovations in this specialized field.