2Imayev,Gaisin.Formation and stability of near convoluted structure obtained in the Ti-46Al-8Ta alloy via air quenching and ageing[J].Advanced Engineering Materials,2010(12):30-34.
3Wang Xiao-bo,Sisson Jr.,Richard D.Influencing Factors of Heat Transfer Coefficient in Air and Gas Quenching[Z].ASTM Special Technical Publication,2010(15):472-483.
4Babu,K.,Prasanna Kumar,T.S.Comparison of austenite decomposition models during finite element simulation of water quenching and air cooling of AISI 4140 steel[J].Metallurgical and Materials Transactions B,2014(45):1530-1544.
5Akir,Mehmet,Ozsoy.Investigation of the correlation between thermal properties and hardenability of Jominy bars quenched with air-water mixture for AISI 1050 steel[J].Materials&Design,2011(32):3099–3105.
6Wang Xiao-bo Rong Yi-ming,Li Ke-yu.Experimental investigation of residual stresses in water and air quenched aluminum alloy castings[J].Experimental and Applied Mechanics,2011(6):193-199.
7Li Xin-can.Organizational field forecast during heavy rail quenching process by air cooling[J].Applied Mechanics and Materials,2014(5):697-700.
8Li Xin-can.Numerical simulation of flow field of air-jet in quenching process[J].Periodical Applied Mechanics and Materials,2014(5):513-517.
9郭帅.热处理及合金元素对高铬铸铁微观组织和性能的影响[D].福州:福州大学,2005.
10Imayev,Gaisin.Formation and stability of near convoluted structure obtained in the Ti-46Al-8Ta alloy via air quenching and ageing[J].Advanced EngineeringMaterials,2010(12):30-34.