Zeming Wang

Introduction

Zeming Wang, an inventor based in Zhenjiang, China, has made significant contributions to the field of materials testing through his innovative designs. With a focus on tribology, Wang has concentrated his efforts on developing devices that can simulate real-world friction and wear conditions, enhancing the understanding of materials in high-stress environments.

Latest Patents

Wang holds a patent for a "Friction and wear test device with pin-on-plate differential temperature distribution and self-adaptive adjustment." This invention features a pin-on-plate friction and wear test device, which includes a high-temperature heating chamber and a cooling pin. The configuration allows the assessment of friction and wear properties of materials, particularly high-strength steel plates and hot-stamping dies, under varied thermal environments. This patented design incorporates an electric resistance heating plate to reach the required experimental temperature and features a cooling channel to regulate temperature effectively during testing.

Career Highlights

Zeming Wang is associated with Jiangsu University, where he leverages his expertise to advance research in tribological testing. His work not only reflects his inventive spirit but also his commitment to applying scientific principles to solve practical problems in engineering and materials science.

Collaborations

Throughout his career, Wang has collaborated with notable colleagues, including Wei Chen and Peng Cao. These partnerships have enabled him to share insights and enhance the capabilities of his inventions, further advancing the field of friction and wear testing through collaborative research efforts.

Conclusion

Zeming Wang's innovative contributions to the development of friction and wear testing devices illustrate the vital role of inventors in advancing technology. His patent serves as a testament to his dedication to enhancing materials testing methods and addressing complex engineering challenges. Wang's work continues to inspire future research and innovation in this dynamic field.