Use of mechanistic life prediction methods for the design of damage-tolerant composite material systems - K.L. Reisnider Contribution of individual spectrum load cycles to damage in notch root crack initiation, short and long crack growth- R. Sunder Calculation of specrtum load notch root crack growth rate under elastic and inelastic conditions- R. Sunder, R.V. Prakash, E.I. Mitchenko Fatigue damage due to sub-threshold load cycles between periodic overloads-Z. Zhou, F.J. Zwerneman Exact determination and crack propagation prediction for selected loading sequences- S.J. Zhang, H. Doker, H. Nowack, K. Schulte, K.H. Trautmann FEM analysis of cyclic deformation around the fatigue crack tip after a single overload- v. Oliva, I. Kunes A creep cavity growth model for creep fatigue life prediction of a unidirectional W/Cu composite- Y.S. Kim, M.J. Verrilli, G.R.Halford Thermal-mechanical fatigue lifetime prediction of an austenitic stainless steel-H.J.Shi, C. Robin, G. Pluvinage The cumulative fatigue damage behavior of MAR-M 247 in air and high-pressure hydrogen- M.A. McGaw, S. Kalluri, D. Moore, J. Heine Crack density and fatigue lifetime of metals under variable amplitude loading- H. Bomas, P. Mayr Determination of fatigue limit between cycles using an ultrasonic fatigue device- C. Bathias, J. Ni Novel methodology for fatigue lifetime prediction- A. Puskar Estimation of Fatigue propagation life in resistence spot welds-S.D. Sheppard A reverse plasticity criterion for specyfying optimal proof load levels-S.M. Tipton, J.R. Sorem, jr. Fatigue lifetime prediction of angle-piled fiber-reinforced elastomer composites as pneumatic tire materials- B.L. Lee, J.P. Medzorian, P.K. Hippo, D.S. Liu, P.C. Ulrich Problems with current methodology in using the arrhenius equation to precict the long-term behavior of polymetric materials in geotechnical environments- D.G. Bright.