{pdf} Physical Properties of Martensite and Bainite Robertson W.D. (Editor)

London: Special Report no.93, The Iron and Steel Institute, 1965. – 211 p.Report of the proceedings of the joint conference organized by the British Iron and Steel Research Association and the Iron and Steel Institute and held at Scarborough, on 10-12 May 1965. Contains contributions of renown scientists on the mechanisms of bainite and martensite formation and on the strenthening mechanisms in alloys.J.W.Christian. Military transformations: an introductory survey
W.D.Robertson. Martensite transformation in terms of elastic moduli
V.Raghavan and A.R.Entwisle. Isothermal martensite kinetics in iron alloys
R.Priestner and S.G.Glover. Stabilization effect in a high-carbon nickel stel
L.Kaufman. Thermodynamics of martensitic transformations in the iron-ruthenium system
W.Owen and E.A.Wilson. A note on massive structures
H.Warlimont. Microstructure, crystal structure, and mechanical properties of martensite plate in copper alloys
W.K.Armitage. Metallography of titanium martensites
J.Burke. Martensite and bainite in uranium alloys
R.D.Garwood. Bainitic transformations in copper-zinc and copper-aluminium alloys
K.J.Irvine and F.B.Pickering. High-carbon bainitic steels
D.N.Shackleton and P.M.Kelly. Morphology of bainite
R.H.Goodenow, R.H.Barkalow and R.F.Hehemann. Bainite transformation in hypoeutectoid steels
C.M.Wayman. Ferrous martensites
P.M.Kelly and J.Nutting. Strengthening mechanisms in martensite
M.J.Roberts and W.S.Owen. Solid solution hardening by carbon and nitrogen in ferrous martensites
O.A.Ankara and D.R.F.West. Investigation of transformation plasticity during martensite formation in a medium alloy steel
J.J.Irani. Fracture of martensite with particular reference to ausformed martensite