郭曉光

2002.4-2008.4 大連理工大學機械製造及其自動化博士

1999.9-2002.4 大連理工大學動力機械及工程碩士

1994.9-1998.7 北方交通大學熱力發動機學士 ^[1] 

2020.12- 至今 大連理工大學教授

2009.12-2020.12 大連理工大學副教授

2003.12-2009.12 大連理工大學講師

2002.4 -2003.12 大連理工大學助教

1998.7-1999.9 瀋陽航空工業學院教師 ^[1] 

Yuan Song, Guo Xiaoguang, Miao Qian, Guo Jiang, Van Duin Adri C.T., Jin Zhuji, Kang Renke, Guo Dongming, Effects of pressure and velocity on the interface friction behavior of diamond utilizing ReaxFF simulations, International Journal of Mechanical Sciences, 2021,191:106096. (online) （SCI、EI收錄，影響因子：4.631，JCR Q1, 學院認定TOP期刊） ^[6] 

Yuan Song, Guo Xiaoguang, Li Penghui, Miao Qian, Lu Menggang, Jin Zhuji, Kang Renke, Guo Dongming, Insights into the surface oxidation modification mechanism of nano-diamond: An atomistic understanding from ReaxFF simulations, Applied Surface Science, 2021,540:148321. (online) （SCI、EI收錄，影響因子：6.182，JCR Q1, TOP期刊） ^[7] 

Ming Li, Xiaoguang Guo, Ruifeng Zhai, Xichun Luo, Renke Kang, Zhuji Jin, Dongming Guo, Study on the subsurface damage mechanism of optical quartz glass during single grain scratching, Ceramics International. (online)（SCI、EI收錄，影響因子：3.83，JCR Q1，TOP期刊） ^[8] 

Guo Xiaoguang, Gou Yongjun, Dong Zhigang, Yuan Song, Li Ming, Du Wenhao, Kang Renke, Study on subsurface layer of nano-cutting single crystal tungsten in different orientations, Applied Surface Science, 2020, 526:146608. （SCI、EI收錄，影響因子：6.182，JCR Q1, TOP期刊） ^[9] 

Xiaoguang Guo, Junxin Huang, Song Yuan, Chong Chen, Zhuji Jin, Renke Kang,Dongming Guo, Effect of surface hydroxylation on ultra-precision machining of quartz glass, Applied Surface Science 501 (2020) 144170-144180. （SCI、EI收錄，影響因子：6.182，JCR Q1, TOP期刊）

Guo Xiaoguang, Yuan Song, Huang junxin, Chen chong, Jin zhuji, Kang renke, Guo dongming. Effects of pressure and slurry on removal mechanism during the chemical mechanical polishing of quartz glass using ReaxFF MD. Applied Surface Science, 2020,505:114610-114620.（SCI、EI收錄，影響因子：6.182，JCR Q1, TOP期刊） ^[10] 

Guo Xiaoguang, Yuan Song, Gou Yongjun, Wang Xiaoli, Guo Jiang, Jin zhuji, Kang renke, Study on chemical effects of H2O2 and glycine in the Copper CMP process using ReaxFF MD, Applied Surface Science, 2020, 508. （SCI、EI收錄，影響因子：6.182，JCR Q1, TOP期刊） ^[4] 

Yuan Song（本人學生）; Guo Xiaoguang, Huang junxin, Gou Yongjun, Jin zhuji, Kang renke, Guo Dongming, Insight into the mechanism of low friction and wear during the chemical mechanical polishing process of diamond: A reactive molecular dynamics simulation, Tribology International, 2020, 148:106308（SCI、EI收錄，影響因子：4.271，JCR Q1, TOP期刊） ^[5] 

Shuohua Zhang（本人學生）, Xiaoguang Guo, Zhuji Jin, Renke Kang, Dongming Guo, Material removal characteristics of precorroded Lu2O3 laser crystals and elastic deformation model during nanoscratch process, Tribology International,2020, 143:106027-106035.（SCI、EI收錄，影響因子：4.271，JCR Q1, TOP期刊） ^[11] 

Linquan Cai(本人學生), Xiaoguang Guo, Shang Gao, Zhiyuan Li, Renke Kang, Material removal mechanism and deformation characteristics of AlN ceramics under nanoscratching, Ceramics International 45 (2019) 20545–20554。（SCI、EI收錄，影響因子：3.83，JCR Q1，TOP期刊） ^[12] 

Shi, Zhuoying,Jin, Zhuji,Guo, Xiaoguang,Yuan, Song,Guo, Jiang.Insights into the atomistic behavior in diamond chemical mechanical polishing with center dot OH environment using ReaxFF molecular dynamics simulation[J],COMPUTATIONAL MATERIALS SCIENCE,2019,166(,SI):136-142 ^[13] 

Guo, Xiaoguang,Yuan, Song,Wang, Xiaoli,Jin, Zhuji,Kang, Renke.Atomistic mechanisms of chemical mechanical polishing of diamond (100) in aqueous H2O2/pure H2O: Molecular dynamics simulations using reactive force field (ReaxFF)[J],COMPUTATIONAL MATERIALS SCIENCE,2019,157:99-106 ^[14] 

Guo, Xiaoguang,Wang, Xiaoli,Jin, Zhuji,Kang, Renke.Atomistic mechanisms of Cu CMP in aqueous H2O2: Molecular dynamics simulations using ReaxFF reactive force field[J],COMPUTATIONAL MATERIALS SCIENCE,2018,155:476-482 ^[15] 

閆英,周平,郭曉光,王一奇,白倩,司立坤.P SD法在超精密加工質量評價中的應用[J],實驗室科學,2018,21(4):11-14

Li, Zhipeng,Zhang, Feihu,Luo, Xichun,Guo, Xiaoguang,Cai, Yukui,Chang, Wenlong,Sun, Jining.A New Grinding Force Model for Micro Grinding RB-SiC Ceramic with Grinding Wheel Topography as an Input[J],MICROMACHINES,2018,9(8) ^[16] 

馬建偉,司立坤,孫士勇,郭曉光,楊睿.“機械精度設計與檢測技術”教學改革與實踐[J],實驗室科學,2018,21(2):122-124,127 ^[2] 

基於分子動力學的鑄造高鉻合金的建模方法 ^[2] 

光學石英玻璃磨削加工多尺度損傷演化機制與高效低損傷加工方法, 國家自然科學基金項目, 2015/08/18, 進行

KDP晶體高效低損傷超精密磨削技術研究, 省、市、自治區科技項目, 2010/01/01-2013/12/11, 完成

基於FPGA考慮缺陷的單晶硅磨削過程微觀機理研究, 國家自然科學基金項目, 2009/09/25-2012/12/31, 完成

個性化硬脆材料零件高效精密磨削的基礎問題研究, 國家自然科學基金項目, 2018/08/16, 進行

光學自由曲面成形過程中的被加工材料納觀物化行為, 國家“973”項目 , 2010/10/18-2016/10/26, 完成

自由曲面成形過程中的被加工材料納觀物化行為, 國家重點基礎研究計劃（973項目）子課題, 2019/03/25-2015/12/31 ^[2]