(1) The scientific research team headed by Professor Huang Qingxue collaborated with Yanshan University and Taizhong to tackle the "Research on the Life of Bearings of Large Rolling Mills". They used heavy-load mechanism analysis methods to develop new mechanisms and structures to solve the problem of large-scale rolling mill bearings. The rolling mill's load-bearing parts had a serious unbalanced load problem, which improved its service life and reliability, and won the second prize of the National Science and Technology Progress Award in 2003;
(2) A scientific research team headed by Professor Huang Qingxue cooperated with Taizhong Group to develop The technology and equipment of large-scale steel plate rolling shears and hydraulic rolling shears for space mechanisms have both obtained invention patents for the entire machine structure. These two patented technologies and equipment have become important models for the production of medium and thick plates in my country, breaking the Japanese Mitsubishi Heavy Industries (MHI) ) and other companies' technology monopoly has been applied to more than 10 medium and thick plate production lines such as Tangshan Iron and Steel Co., Ltd., and won the second prize of the 2008 National Technology Invention Award.
(3) The scientific research team headed by Professor Huang Qingxue cooperated with Taizhong and Taiyuan Iron and Steel Co., Ltd. to develop a complete set of technical equipment for large-scale wide and thick plate straightening, and proposed a new medium-thick plate straightening theory and straightening process technology, which will be contacted The problem boundary element method was coupled with the steel plate plastic bending analytical method, and correction theories and methods such as neutral layer offset, application of micro-tension and intelligent solution of yield stress were developed, the correction technology of large-scale combined roller system was invented, and the straightening machine roller was innovated The company designed new methods and new roller systems, and developed a large-scale steel plate straightening machine with a combined roller system and new fully hydraulic straightening technology and equipment, breaking the foreign technology monopoly and applying it to more than 10 medium and heavy plate production lines such as Taiyuan Iron and Steel Co., Ltd., and won the 2010 National Science and Technology Award. Second Prize for Progress.
On May 22, 2013, the Chinese Academy of Engineering issued an announcement that the nomination and selection of candidates for the 2013 academician election of the Chinese Academy of Engineering ended on April 25. After formal review and approval by the Presidium of the Chinese Academy of Engineering, there are ***560 valid candidates, including Huang Qingxue.