References / Bibliography:

• Quick Intro. to Simple HTML
  
  
• Fatigue Test RFQ example(*.txt)
  
  
• F.D.+E. of SAE Fatigue database (at UoWaterloo )
  
  
• T.H. Darmstadt Fatigue database (Note: Site disappeared in 2020 ? )
  See books by T.Seeger et al:
  ISBN 0 444 41685 4, ISBN 0 444 88603 6 Publisher Elsevier
  
  
• NRIM Fatigue database Japanese steels.
  
  
• On-line Fatigue Course (at UoWaterloo )
  
  
• Primetals tech. Seminar pg.47 on "Section Controlled Cooling"
  
  
• M.F.Garwood, H.H.Zurburg, M.A.Erickson, "Correlation of Laboratory Tests and
  Service Performance" Interpretation of Tests and Correlation with Service,
  ASM, Metals Park, Ohio, 1951 pp.1-77.
  
  
• Y.Murakami, "Metal Fatigue: Effects of Small Defects and Nonmetallic Inclusions,"
  Elsevier, 2002, ISBN 0-08-044064-9
  
  
• C.Dengoa, G.Meneghettia, M.Dabalà, "Experimental analysis of bending fatigue
  strength of plain and notched case-hardened gear steels", Int.J.Fatigue V80 145–161
  
  
• S.Laue, H.Bomas, F.Hoffmann, "Influence of surface condition on the fatigue behaviour
  of specimens made of a SAE 5115 case-hardened steel," Fat + Fract of Engr
  Matls + Struct V29 N3 2006, p.229-241
  
  
• N.Limodin, Y.Verreman, T.N.Tarfa, "Axial fatigue of a gas-nitrided
  quenched and tempered AISI 4140 steel: effect of nitriding depth,"
  Fat. Fract. of Engr. Matls. +Structures, V20 N9 2003 p.811-820
  
  
• FengJie Yin, A.Fatemi, "Fatigue behaviour and life predictions of
  case-hardened steels," Fatigue Fract Engng Mater Struct,
  V32 2009 pp.197–213 doi: 10.1111/j.1460-2695.2009.01326.
  
  
• R.W.Landgraf, R.H.Richman, "Fatigue Behavior of Carburized Steel,"
  ASTM STP 569 Fatigue of Composite Materials, 1975, pp.130-144
  
  
• K.Genel, M.Demirkol, "Effect of case depth on fatigue performance of AISI 8620
  carburized steel," Int. J. Fatigue, V21 1999 pp.207-212.