2W.Brian Rowe , Thermal analysis of high efficiency deep grinding[J]. International Journal of Machine Tool & Manufacturing, 2001.
3T.Jin, D.J.Stephenson. Investigation of the heat partitioning in high efficiency deep grinding[J]. International Journal of Machine Tool & Manufacturing, 2003.
4A.D.Batako, W.B.Rowe, M.N.Morgan. Temperature measurement in high efficiency deep grinding[J]. International Journal of Machine Tool & Manufacturing, 2005.
5Jin,T.,Cat,G.Q.,1998,heat transfer of high efficiency deep grinding,Proc.Of Autumn symposium of Korean Society of Precision Engineering.Seoul,Korean Society of Precision Engineering,Seoul,Korea,582-585.
6Jin,T.,Cai,G.Q.,2001,analytical thermal models of obhque moving heat source plane for deep grinding and cutting,ASME Journal of Manufacturing science and engineering,Accepted.
7Jin,T.,Cai,G.Q.,1999,Study on heat transfer of super-high speed grinding: Energy petition to workpiece in HEDG,AFDM'99-Proc.Int.Symposium on advanced forming and die manufacturing technology,Pusan,Korea,285-290.
8Rowe,W.B.,2000,Thermal Damage in Grinding and Improvements in Efficiency,Proc.lust.Of Materials Seminar on High Speed Grinding,held at Cranfield University,21st June 2000.
9Rowe,W.B.,2001,Thermal analysis of high efficiency deep grinding,int.J Machine Tools and Manufacture,41/1,1-19.
10Rowe,W.B.,2001,Temperature case studies in ghnding including an inclined heat source model,Proc.Institution of Mechanical Engineers,Part B,J of Engineering Manufacture,Accepted.
