Nowadays, society generally values ​​the contributions of highly educated talents in various fields. The exploration and achievements of doctoral and graduate students in the field of scientific research often bring great inspiration to people.

Today, we would like to introduce this outstanding doctoral student Kang Yong and take a look at his outstanding achievements in the field of scientific research.

Kang Yong’s academic career was rich and fulfilling.

He entered the China University of Geosciences in Wuhan and started his university life. From September 2009 to June 2013, he worked hard to study exploration technology and engineering here, and finally received a bachelor's degree in engineering.

He finally decided to continue studying at Wuhan University. From September 2013 to June 2018, he successfully obtained a doctorate in engineering in the field of fluid machinery and engineering.

These solid educational experiences laid a solid theoretical foundation for his scientific research path.

He returned to China University of Geosciences in Wuhan and has served as a special associate professor in the School of Engineering since November 2018, working diligently and tirelessly to contribute his talents.

Kang Yong’s research direction is clear and forward-looking.

He focuses on the rational use of energy resources, which is particularly important now that resources are scarce.

He has conducted detailed research on water jet theory and new technology fields, and is committed to using theory to promote the birth of more practical results.

The drilling geological detection technology is very sophisticated, which greatly improves the accuracy and depth of geological exploration.

He is very willing to accept applications from students who are hard-working, positive-minded and well-matched in their majors, and he looks forward to working with them to delve into these important academic areas.

In terms of scientific research projects, Kang Yong participated in many major projects.

In my country's national key basic research and development plan, there is such a project, which is specifically aimed at the efficient development of supercritical carbon dioxide-enhanced shale gas. This project is expected to make significant progress in shale gas development technology, thereby opening up new paths for energy development.

This research funded by the National Natural Science Foundation of China mainly explores how to use ultra-high-pressure water jet technology to crush waste tires to produce high-quality rubber powder. This project has a far-reaching impact. It not only helps solve the environmental problem of waste tires, but also has a positive effect on the recycling of resources.

The Chinese Academy of Engineering conducted a study on green energy structure and development strategies in the central and western regions. This study provides strategic guidance for energy development in the western region. These recommendations had a profound impact on the region's economic development.

Kang Yong has made great achievements in publishing academic results.

In 2019, he published a paper titled "Helmholtz of the flow of the high jet" in Volume 31, Issue 2 of a magazine. The page range of this paper is 389 to 399 pages, and it has been included in the SCI database.

His scientific research achievements are not only reflected in the publication of papers, but also in invention patents.

He masters a number of patented technologies, including a supercritical carbon dioxide pulse jet oil pipe cleaning device and related technologies, a high-pressure pulse water jet generator without a pump, and a fluid instantaneous flow generator based on the Helmholtz instability principle. Flow velocity measurement techniques and equipment. These patented technologies fully demonstrate his innovative ability and strength in this technical field.

Kang Yong is also very active in international and domestic academic exchanges.

From 2016 to 2018, he participated in several important academic conferences.

From October 16 to 18, 2016, Chongqing held the 17th National Water Jet Technology and Application Symposium. At that meeting, I consolidated my leading position in the academic world and did not fall behind.

From August 10th to 21st, 2017, I was in Manchester and participated in a conference. During those few days, I had in-depth discussions and exchanges with many international experts.

From December 1st to 2nd, 2018, he went to Xuzhou to participate in the 11th "Water Jet" Conference. At the meeting, he was exposed to cutting-edge international theories and practices. In addition, the conference provided him with the opportunity to present his personal results.

His efforts and achievements have also been recognized by all parties.

In 2016, he successfully won his ninth award, which was the "Second Prize for Science and Technology Progress" awarded by the Ministry of Education.

In 2017, he won the “Second Prize for Academic Innovation” from Wuhan University.

In the year of graduation, this classmate of 2018 won the honor of Outstanding Graduate Student of Wuhan University. These honors not only demonstrate his strength, but also serve as a huge driving force for him to continue to move forward.

Let us think deeply. Currently, many highly educated scientific researchers like Dr. Kang Yong are engaged in the front line of scientific research. They are the key force in promoting scientific and technological progress. So, what valuable lessons can we learn from them?