研究方向
主要從事硬塑材料高速切削、林果採收與預處理、森林土壤溫差發電等方面研究工作。
主講課程
主講《工程圖學》、《學術研究方法論》課程。
學術成果
[1] Hao Mohan, Xu Daochun*, Wei Fuqiang, Li Qingqing. Quantitative analysis of frictional behavior of cupronickel B10 at the tool-chip interface during dry cutting. Tribology International, 118:163-169, 2018. (SCI: FT2VS, IF=2.903; EI 20174104255430)
[2] Xu Mengjiao, Tian Cheng, Xu Daochun*. Viscoelastic behaviors and microstructure of Sapindus mukorossi pericarp for different moisture Contents. Bioresources, 14(2): 3961-3974, 2019. (SCI: HW1NG, IF1.202)
[3] Hao Mohan, Xu Daochun*, Feng Pingfa. Numerical and experimental investigation of the shear angle in high-speed cutting of Al6061-T6. The International Journal of Advanced Manufacturing Technology, 100(9-12): 3037-3044, 2019. (SCI:HK9KO, IF2.601; EI 20184406013831)
[4] Xie Zhi, Xu Daochun*, Cui Ziyi, Li Miaoxuan. Evaluation of a cutting simulation using a cupronickel B10 constitutive model considering the deformation temperature. Journal of Mechanical Science and Technology, 33(3): 1349-1356, 2019.(SCI:HO9RB, IF1.194)
[5] Lei Ning, Xu Daochun*. Deformation temperature and material constitutive model of cupronickel B10. Journal of Mechanical Science and Technology. 31(8):3761-3767, 2017. (SCI: FE1VS, IF=1.128; EI 20173404074785)
[6] Ke Qingchan, Xu Daochun*, Xiong Danping. Cutting zone area and chip morphology in high-speed cutting of titanium alloy Ti-6Al-4V. Journal of Mechanical Science and Technology. 31(1), 309-316, 2017. (SCI: EI2PB, IF=1.128; EI 20170403268563)
[7] Xu Daochun, Feng Pingfa, Li Wenbin, Xu Chao, Ma Yuan. A friction model having multiple factors for high-speed cutting of aluminum alloy 6061-T6. International Journal of Advanced Manufacturing Technology, 84(9-12), 1941-1951, 2016. (SCI: DM6LB, IF=2.209)
[8] Xu Daochun, Feng Pingfa, Li Wenbin, Ma Yuan. An improved material constitutive model and construction method for High-speed cutting of 6061-T6 aluminum alloy. International Journal of Advanced Manufacturing Technology, 79(5-8), 043-1053, 2015. (SCI: CL9FX, IF=1.458; EI 20150900575531)
[9] 徐道春, 於淼, 闞江明, 姚立紅, 李文彬. 一種循環變隙切搓式無患子脫殼裝置. 2019(04), 中國, 發明號ZL2016105018157.
[10] 徐道春, 俞瀟南, 肖賽, 崔文哲, 田成. 一種雙向旋轉式無患子果肉萃後物濾水分料裝置. 2019(01), 中國, 發明號ZL2017100694800.
[11] 徐道春, 熊丹萍, 楊文遠, 李文熙. 一種高速切削第一和第二變形區溫度的獲取方法. 2019(01), 中國, 發明號 ZL2016102263180.
[12] 徐道春, 李清青, 劉春劍, 郝沫涵. 一種固液氣減振式高速螺旋進給的摩擦裝置. 2018(06), 中國, 發明號ZL2016101997717.
榮譽獎項
2019年獲梁希林業科技進步獎三等獎;2016年獲得
北京林業大學教學成果一等獎、第三屆全國林(農)類優秀教材二等獎。