International Journal of Fatigue

Controlled toe waviness as a means to increase fatigue resistance of automatic welds in transverse loading
pp. 667-675(9)
Authors: Chapetti M.D.; Otegui J.L.

Numerical methods for determining stress intensity factors vs crack depth in gear tooth roots
pp. 677-685(9)
Authors: Pehan S.; Hellen T.K.; Flasker J.; Glodez S.

A continuous low cycle fatigue damage model and its application in engineering materials
pp. 687-692(6)
Authors: Xiaohua Y.; Nian L.; Zhihao J.; Tiejun W.

Loading adjustment for fatigue problem based on reliability considerations
pp. 693-702(10)
Authors: Wang K.S.; Shen Y.C.; Huang J.J.

Prediction of fatigue crack growth in notched members
pp. 703-712(10)
Authors: Ahmad H.Y.; Clode M.P.; Yates J.R.

The effect of microstructures on the fatigue crack growth in Ti-6Al-4V laser welds
pp. 713-720(8)
Authors: Tsay L.W.; Tsay C.Y.

Prediction of FCG behaviour under variable amplitude loading in MMCs
pp. 721-721(1)
Authors: de los Rios E.R.; Rodopoulos C.A.; Yates J.R.

Corrosion fatigue in nitrocarburized quenched and tempered steels
pp. 721-721(1)
Authors: Khani M.K.; Dengel D.

Effect of strontium modification on near-threshold fatigue crack growth in an Al-Si-Cu die cast alloy
pp. 721-721(1)
Authors: Schaefer M.; Fournelle R.A.

The normalized Coffin-Manson plot in terms of a new damage function based on grain boundary cavitation under creep-fatigue condition
pp. 721-721(1)
Authors: Nam S.W.; Choi B.G.; Yoon Y.C.; Lee J.M.; Hong J.W.

Prediction of fatigue crack formation in 304 stainless steel
pp. 721-721(1)
Authors: McGuire S.M.; Fine M.E.

Energy damage summation methods for crack initiation and growth during block loading in high-temperature low-cycle fatigue
pp. 721-722(2)
Authors: Skelton R.P.; Rees C.J.; Webster G.A.

Fatigue strength of butt-welded joints under constant maximum stress and random minimum stress conditions
pp. 722-722(1)
Authors: Ohta A.; Maeda Y.; Suzuki N.

Fatigue crack growth under the conjoint action of major and minor stress cycles
pp. 722-722(1)
Authors: Hawkyard M.; Powell B.E.; Hussey I.; Grabowski L.

Effect of a single peak overload on physically short fatigue crack retardation in an axle-steel
pp. 722-722(1)
Authors: Changqing Z.; Yucheng J.; Guangli Y.

Some aspects of fatigue crack growth retardation behaviour following tensile overloads in a structural steel
pp. 722-722(1)
Authors: Shuter D.M.; Geary W.

Crack closure and effect of load variation on small fatigue crack growth behaviour
pp. 722-722(1)
Authors: Jono M.; Sugeta A.

Fatigue damage in two-step loading of 316L steel. II. Short crack growth
pp. 722-722(1)
Authors: Vasek A.; Polak J.; Obrtlik L.

Fatigue damage in two step loading of 316L steel. I. Evolution of persistent slip bands
pp. 722-722(1)
Authors: Polak J.; Vasek A.; Obrtlik K.

A branch criterion for shallow angled rolling contact fatigue cracks in rails
pp. 722-722(1)
Authors: Wong S.L.; Bold P.E.; Brown M.W.; Allen R.J.

Rail rolling contact fatigue: research by the European Rail Research Institute
pp. 722-722(1)
Authors: Cannon D.F.; Pradier H.

The effect of hydrogen-charging on the fatigue crack propagation behaviour of -titanium alloys
pp. 722-722(1)
Authors: Nakasa K.; Satoh H.

Effect of surface treatments on the fatigue of notched bend specimens
pp. 723-723(1)
Authors: Ferreira J.A.M.; Borrego L.F.P.; Costa J.D.M.

Observations of tension/compression asymmetry in the cyclic deformation of aluminium alloy 7075
pp. 723-723(1)
Authors: Meininger J.M.; Dickerson S.L.; Gibeling J.C.

Crack growth arresting property of a hole and Brinell-type dimple
pp. 723-723(1)
Authors: Goto M.; Miyagawa H.; Nisitani H.

Fatigue life of an autofrettaged thick-walled pressure vessel with an external groove
pp. 723-723(1)
Author: Koh S.K.

The effect of pressure overload on fatigue crack growth in pressure vessels
pp. 723-723(1)
Author: Shaniavski A.A.

Temperature dependence of the intrinsic small fatigue crack growth behaviour in nickel-base superalloys based on measurement of crack closure
pp. 723-723(1)
Authors: Okazaki M.; Yamada H.; Nohmi S.

Mechanisms of high-temperature fatigue failure in alloy 800H
pp. 723-723(1)
Authors: Bhanu Sankara Rao K.; Schuster H.; Halford G.R.

Fatigue crack initiation and propagation in compact tension copper single crystals
pp. 723-723(1)
Authors: Vinogradov A.; Hashimoto S.; Miura S.

Fatigue design data and concepts of aluminium structures. XIII
pp. 723-723(1)
Author: Takeuchi K.

Comparison of fatigue for three prefabricated threaded post systems
pp. 723-724(2)
Authors: Kahn F.H.; Rosenberg P.A.; Schulman A.; Pines M.

Fatigue damage at room temperature in aluminium single crystals. II. TEM
pp. 724-724(1)
Authors: Zhai T.; Martin J.W.; Briggs G.A.D.

Effects of reinforcement morphology on the fatigue and fracture behavior of MoSi₂/Nb composites
pp. 724-724(1)
Authors: Soboyejo W.O.; Ye F.; Chen L.-C.; Bahtishi N.; Schwartz D.S.; Lederich R.J.

Fatigue damage evolution and property degradation of a SCS-6/Ti-22Al-23Nb 'orthorhombic' titanium aluminide composite.
pp. 724-724(1)
Authors: Wang P.C.; Jeng S.M.; Yang J.-M.; Russ S.M.

Observation of short fatigue crack-growth process in SiC-fibre-reinforced Ti-15-3 alloy composite.
pp. 724-724(1)
Authors: Guo S.Q.; Kagawa Y.; Honda K.

Transverse fatigue response of a metal matrix composite under strain-controlled mode at elevated temperature. I. Experiments.
pp. 724-724(1)
Authors: Sanders B.P.; Mall S.

Transverse fatigue response of a metal matrix composite under strain-controlled mode at elevated temperature. II. Analysis.
pp. 724-724(1)
Authors: Sanders B.P.; Mall S.

The effect of postcured straining on the fatigue properties of VIRALL laminates.
pp. 724-724(1)
Authors: Sui G.; Yao G.; Zhou B.

Design and material evaluation of shape memory composites.
pp. 724-724(1)
Author: Furuya Y.

Coatings and coating systems for future materials in aerospace
pp. 725-725(1)
Authors: Smarsly W.; Strobel C.

A longitudinal study of resin-bonded prostheses
pp. 725-725(1)
Authors: Hansson O.; Bergstrom B.

Elasto-plastic contact stress analysis of joints subjected to cyclic loading
pp. 725-725(1)
Authors: Kumar K.S.; Dattaguru B.; Ramamurthy T.S.; Raju K.N.

Fatigue strength of spot welded beams in high strength steels
pp. 725-725(1)
Authors: Lindgren C.; Sperle J.O.; Jonsson M.

Effective means for improving the fatigue strengths of welded structures
pp. 725-725(1)
Authors: Ohta A.; Suzuki N.; Maeda Y.

Improvement of fatigue strength in welded joints (in HSS and in aluminium alloys) by ultrasonic hammer peening
pp. 725-725(1)
Authors: Janosch J.J.; Koneczny H.; Debiez S.; Statnikov E.C.; Troufiakov V.J.; Mikhee P.P.

Local approach for defining an aid for the design department for optimizing the geometry of fatigue loaded fillet welds
pp. 725-725(1)
Authors: Janosh J.J.; Debiez S.; Van Dan K.

Damage at a large wind power plant
pp. 725-725(1)
Author: Petershagen H.

Fatigue strength of welded joints with weld metal of low elastic modulus
pp. 725-725(1)
Authors: Seto A.; Soya I.

High efficiency submerged arc fillet welding process for heavy section T joints
pp. 725-725(1)
Authors: Hayashi S.; Nakajima M.; Yamaguchi T.

The surface integrity of turned and ground hardened bearing steel
pp. 726-726(1)
Authors: Abrao A.M.; Aspinwall D.K.

The environmental suitabilities of a new type of tool material Si₃N₄
pp. 726-726(1)
Authors: Wang H.; Wang Y.; Jin Z.; Zhou H.

The influence of aqueous environments on low K and high K fatigue crack propagation behaviour in low carbon structural steels
pp. 726-726(1)
Author: Tanaka M.

Propagation of small surface cracks in stainless steel at high temperature
pp. 726-726(1)
Authors: Chen J.; Takezono S.

Fatigue verification of steel railway bridges using EUROCO-DE; uneconomic factors for the design of elements of the carriageway
pp. 726-726(1)
Author: Unterweber H.

High cycle fatigue behaviour of gas-carburized medium carbon Cr-Mo steel
pp. 726-726(1)
Authors: Kim H.-J.; Kweon Y.-G.

Copper-bearing high-strength low-alloy steels: the influence of microstructure on the initiation and growth of small fatigue cracks
pp. 726-726(1)
Authors: Davidson D.L.; Chan K.S.; McClung R.C.

Influence of mean stress on fatigue in several aluminium alloys utilizing K_maxc threshold procedures
pp. 726-726(1)
Authors: Clark T.R.; Herman W.A.; Hertzberg R.W.; Jaccard R.

Transient fatigue crack growth behaviour following single overloads at high stress ratios
pp. 726-726(1)
Authors: Tsukuda H.; Ogiyama H.; Shiraishi T.

Low-cycle fatigue under non-proportional loading
pp. 726-726(1)
Authors: Chen X.; Gao Q.; Sun X.-F.

A microcrack growth law for multiaxial fatigue
pp. 727-727(1)
Authors: McDowell D.L.; Bennett V.P.

Evaluation of fatigue and wear characteristics of M50 steel using high temperature synthetic turbine engine lubricants. II
pp. 727-727(1)
Authors: Rosado L.; Trivedi H.K.; Gerardi D.T.

Rolling-contact fatigue lives of steel AISI 52100 balls with eight mineral and synthetic lubricants
pp. 727-727(1)
Authors: Wang Y.; Fernandez J.E.; Cuervo D.G.

Wear behaviour of high tensile strength aluminium alloys under dry and lubricated conditions
pp. 727-727(1)
Authors: Iwai Y.; Hou W.; Honda T.; Yoneda H.

The role of microstructural analysis in the development and application of advanced performance materials
pp. 727-727(1)
Authors: Bowen A.W.; Holdway P.; Imeson D.; Ubhi H.S.

Fracture and fatigue crack growth behaviour of SiC/2124A1 composite
pp. 727-727(1)
Authors: Cernyar J.; Yang F.; Saxena A.

Exploration of a new approach to improve fatigue property of materials. I. An increased fatigue life of low carbon steel
pp. 727-727(1)
Authors: Zhou B.; Shen Y.; He G.; Yao G.; Yan H.

Strain-controlled fatigue properties of Ti₃Al based alloy
pp. 727-727(1)
Authors: Cao J.; Sun F.; Cao C.; Gao Y.

Stress intensity factors for cracks in conventional S-N fatigue specimens
pp. 727-728(2)
Author: O'Donnell T.P.

Modelling the conditions for fatigue failure in metal matrix composites
pp. 728-728(1)
Authors: de los Rios E.R.; Rodopoulos C.A.; Yates J.R.

Features of aluminium laminate behaviour at fatigue loading
pp. 728-728(1)
Authors: Senatorova O.G.; Anihovskaya L.I.; Sidelnikov V.V.; Sandler V.S.; Zhegina I.P.; Fridlyander J.N.; Filmonov A.A.

A review of fatigue of aluminium matrix reinforced by particles or short fibres
pp. 728-728(1)
Author: Bathias C.

Fatigue damage and its localization in particulate metal matrix composites
pp. 728-728(1)
Authors: Li C.; Ellyin F.

Fatigue strength of bandsaws with hard coatings
pp. 728-728(1)
Authors: Dugdale D.S.; Sarwar M.

Recent and future application of laser surface treatment
pp. 728-728(1)
Author: Ma N.Y.

Some aspects regarding the selection of steels for case-hardened gears
pp. 728-728(1)
Author: Serban C.

Fatigue strength of CO₂-laser beam welded plates
pp. 728-728(1)
Authors: Weichel F.; Petershagen H.

Fatigue properties of welded T-joints in thin-walled aluminium profiles
pp. 728-728(1)
Authors: Hagstrom J.; Sandstrom R.

Development of high strength Al-Mg-Si-Cu alloy with corrosion resistance
pp. 728-728(1)
Authors: Uchida H.; Yoshida H.; Hira H.; Amano T.

The controlling effect of 0.05% hydrogen sulfide gaseous atmosphere on the accelerated fatigue failure of coated MM-002 nickel-base superalloy at 650^oC
pp. 728-729(2)
Authors: Aghion E.; Walker M.; Eliezer D.; Comins N.

Fatigue behaviour in a plastic strain-controlled mode of an austenitic stainless steel treated by explosive
pp. 729-729(1)
Authors: Gerland M.; Dufour J.P.; Fouilland-Paille L.; Violan P.; Presles H.N.; Mendez J.

The fatigue and fracture of turbine blade alloys in high-pressure hydrogen
pp. 729-729(1)
Authors: DeLuca D.P.; Cowles B.A.

Evolution of residual stresses in EZ100CD17 ball bearing steel after mechanical testing in contact loading fatigue: x-ray diffraction measurements
pp. 729-729(1)
Authors: Poupon-Clairet P.; Fillit R.Y.; Dewulf J.M.; de Monicault J.M.; Montheillet F.

Fatigue testing of wire ropes under multiaxial dynamic loading
pp. 729-729(1)
Authors: Wunsch D.; Heepen R.

The fatigue property of as-cast HCC ductile iron bars
pp. 729-729(1)
Authors: Chen X.; Guo D.; Wu H.; Lu W.; Gan Y.; Wang Y.

Correlation between microstructure and mechanical properties of Al-Mg alloys without and with scandium
pp. 729-729(1)
Authors: Roder O.; Schauerte O.; Lutjering G.; Gysler A.

Comparison of crack growth behaviour between spray-formed and commercial plate Al-Zn-Mg-Cu alloy 7150
pp. 729-729(1)
Authors: Gingell A.D.B.; King J.E.

Effect of frequency on fatigue crack propagation behaviour of the aluminium alloy 6013 in corrosive environment
pp. 729-729(1)
Authors: Trockels I.; Luffering G.; Gysler A.

Effect of constituents and dispersoids morphology on fracture toughness and fatigue crack propagation rate in 2024 aluminium alloys
pp. 729-729(1)
Authors: Manabu N.; Eto T.

Extrinsic toughness mechanisms of Al-Li alloys 2090 and 2090+Ce
pp. 729-729(1)
Authors: Xu L.; Wang Y.-X.

Microstructural aspects of the damage mechanisms of cast Al-7Si-Mg alloys
pp. 729-729(1)
Authors: Verdu C.; Cercueil H.; Communal S.; Sainfort P.; Fougeres R.

Short crack growth in 1441 and 1450 Al-Li alloys
pp. 730-730(1)
Authors: Polak J.; Liskutin P.; Ocenasek V.; Sperlink K.

Modelling of fatigue damage mechanisms of 7010 aluminium alloy
pp. 730-730(1)
Authors: Petton G.; Brechet Y.; Lorman G.; Fougeres R.

Effects of iron and calcium on usual and impact fatigue characteristics of AC2B-T6 aluminium casting alloy
pp. 730-730(1)
Authors: Kim H.J.; Kobayashi T.; Ito T.

Influence of surface quality on fatigue behaviour of Al-Si7Mg type alloys
pp. 730-730(1)
Authors: Stucky M.; Richard M.

Non-propagating fatigue crack behaviour in Al 2024-T351
pp. 730-730(1)
Authors: Plumtree A.; Varvani-Farahani A.

Effects of delamination on the transient fatigue crack growth behaviour following overloads in 8090-T8 Al-Li alloys
pp. 730-730(1)
Authors: Kumai S.; Higo Y.

Fracture and fatigue crack growth resistance of recrystallized Al-Li alloys
pp. 730-730(1)
Authors: Balmuth E.S.; Cho A.

Fatigue deformation characteristics of aged aluminium lithium alloys at elevated temperature
pp. 730-730(1)
Authors: Sharma S.C.; Kamath R.; Girish B.M.; Vinai Babu B.R.

Inhomogeneity of mechanical and fatigue properties of Al-Li alloy extrusions
pp. 730-730(1)
Authors: Ocenasek V.; Sperlink K.; Frydlyander I.N.; Leshiner L.N.

Fatigue of eutectic Al-Si alloys
pp. 730-730(1)
Authors: Madelaine-Dupuich O.; Stolarz J.

An air crash case study
pp. 730-730(1)
Authors: Tauqir A.; Salam I.; Hashmi F.H.; Khan A.Q.

A growth model for catastrophic cracking in an RAAF aircraft
pp. 730-730(1)
Authors: Goldsmith N.T.; Clark G.; Barter S.A.

Assessment of airshaft failures in paper reels
pp. 730-731(2)
Author: Vogwell J.

Crucible Marlok (maraging high-strength die steel)
pp. 731-731(1)

Influence of Ce on the microstructure and properties of Al-Li alloy
pp. 731-731(1)
Authors: Wang Y.-X.; Xu L.

Detecting gear tooth fatigue cracks in advance of complete fracture
pp. 731-731(1)
Authors: Zakrajsek J.J.; Lewicki D.G.

Gear crack propagation investigations
pp. 731-731(1)
Authors: Lewicki D.G.; Ballarini R.

Design curve to characterize fatigue strength
pp. 731-731(1)
Authors: Shen C.L.; Wirsching P.H.; Cashman G.T.

Life prediction of notched specimens using multiaxial surface and subsurface strain analyses
pp. 731-731(1)
Authors: Shatil G.; Smith D.J.

Crack path prediction under fretting fatigue--a theoretical and experimental approach
pp. 731-731(1)
Authors: Lamacq V.; Dubourg M.C.; Vincent L.

Continuum fatigue damage modeling for critical design, control, and fault prognosis
pp. 731-731(1)
Author: Lorenzo C.F.

Reality based integrity assessment of offshore platforms
pp. 731-731(1)
Author: Dharmavasan S.

Fatigue crack growth analysis of AlZnMg alloy bridge girder
pp. 731-732(2)
Authors: Aliabadi M.H.; Mi Y.

Predicting fatigue growth in complex components
pp. 732-732(1)
Authors: Neves A.C.; Niku S.M.; Adey R.A.

Effect of microshrinkages on the fatigue behaviours of cast stainless steel under rotating bending and reversed torsion
pp. 732-732(1)
Authors: Nisitani H.; Tanaka S.; Teranishi T.

Fatigue crack growth life predictions for single and dual amplitude loadings
pp. 732-732(1)
Authors: Claridge S.P.; Powell B.E.

The effects of surface corrosion on the fatigue behaviour of aluminium alloy specimens containing cold expanded holes
pp. 732-732(1)
Authors: Glinos N.; Wagstaff P.G.; Cook R.

Relation between existence of fatigue limit and non-propagating microcracks
pp. 732-732(1)
Authors: Nishida S.; Hattori N.; Shimada T.

Fatigue crack growth in welded joints
pp. 732-732(1)
Authors: Dover W.D.; Monahan C.C.

Crack propagation in pipes under cyclic axial loading
pp. 732-732(1)
Authors: Carpinteri A.; Brighenti R.; Spagnoli A.

Isotropic wrought aluminum-lithium plate development technology
pp. 732-732(1)
Authors: Hopkins A.K.; Jata K.V.; Rioja R.J.

Plastic zones and fatigue-crack closure under plane-strain double slip
pp. 732-732(1)
Authors: Gall K.; Sehitoglu H.; Kadioglu Y.

Effects of strengthening mechanisms on fatigue properties in hot-rolled sheet steels with ferrite matrix
pp. 732-733(2)
Authors: Kawano O.; Wakita J.-i.; Nakamura T.; Hagiwara Y.

Corrosion resistance and corrosion fatigue strength of new titanium alloys for medical implants without V and Al
pp. 733-733(1)
Authors: Okazaki Y.; Ito Y.; Kyo K.; Tateishi T.

The microstructure dependence of fatigue behaviour in Ti-15Mo-5Zr-3Al alloy
pp. 733-733(1)
Authors: Tokaji K.; Bian J.-C.; Ogawa T.; Nakajima M.

Effect of heat treatment on fatigue crack growth rate of Inconel 690 and Inconel 600
pp. 733-733(1)
Authors: Park H.-B.; Kim Y.-H.; Lee B.-W.; Rheem K.-S.

The influence of processing on the fatigue and fatigue-creep behaviour of stainless steels
pp. 733-733(1)
Author: Plumbridge W.J.

Statistical analysis of high cycle fatigue crack growth: centre crack in aluminum panel
pp. 733-733(1)
Authors: Huang Y.C.; Zou P.C.

Effects of crack tip plasticity on fatigue crack propagation
pp. 733-733(1)
Authors: Park H.-B.; Kim K.-M.; Lee B.-W.; Rheem K.-S.

Crystallographic preferred orientation induced by cyclic rolling contact loading
pp. 733-733(1)
Authors: Voskamp A.P.; Mittemeijer E.J.

Low-cycle fatigue behaviour of the model Al-Li-Zr and Al-Li-Cu-Zr alloys
pp. 733-733(1)
Authors: Lewandowska M.; Mizera J.; Wyrzykowski J.W.

Fatigue crack propagation parallel to fibres in unidirectionally reinforced SCS-6/Timetal 21S
pp. 733-733(1)
Authors: John R.; Lackey A.F.; Ashbaugh N.E.

Mixed mode I and II fatigue threshold and crack deflection angle in SiCp/2024Al composite
pp. 733-734(2)
Authors: Liu P.; Wang Z.

Quantitative study of correlation between fracture surface roughness and fatigue properties of SiC/Al composites
pp. 734-734(1)
Authors: Li X.W.; Tian J.F.; Han N.L.; Kang Y.; Wang Z.G.

The fracture toughness and the fatigue strength of railway rails
pp. 734-734(1)
Author: Vitez I.

The white tempered cast iron: the specific properties of materials
pp. 734-734(1)
Author: Werning H.

Effects of water jet peening on corrosion resistance and fatigue strength of type 304 stainless steel
pp. 734-734(1)
Authors: Hirano K.; Enomoto K.; Hayashi E.; Kurosawa K.

Material properties of hardened steels after rapid austenitization
pp. 734-734(1)
Authors: Rollmann J.; Kaiser B.; Kloos K.H.; Berger C.

Development of life prediction model and improvement of a die steel for hot forging die
pp. 734-734(1)
Authors: Miyahara M.; Nomoto K.; Umino M.; Sera T.; Kurokawa Y.; Okada Y.

Creep-fatigue life prediction based on a new damage rule
pp. 734-734(1)
Authors: Tokimasa K.; Miyahara M.

X-ray fractography on fatigue fracture surface formed by crack propagation in initial tensile residual stress field
pp. 734-734(1)
Authors: Akita K.; Inoue T.; Takahashi S.; Misawa H.; Kodama S.

Characteristics of fatigue crack propagation in heat treatable die cast magnesium alloy
pp. 734-734(1)
Authors: Ishikawa K.; Kobayashi Y.; Ito T.

Effect of grain size on mechanical properties of lamellar microstructures in Timetal-1100
pp. 734-734(1)
Authors: Berg A.; Kiese J.; Wagner L.

Fatigue behaviour of duplex microstructures in Timetal-1100
pp. 734-734(1)
Authors: Lindemann J.; Styczynski A.; Wagner L.

Microstructural influence on the fatigue crack propagation of Al-Li 8090 alloy
pp. 735-735(1)
Authors: Park K.J.; Choi C.; Lee C.S.

Dislocation substructures at fatigue crack tips of 304 stainless steel cycled in air or vacuum
pp. 735-735(1)
Authors: McEvily A.J.; Gonzalez J.L.; Hallen J.M.

Effect of niobium on high-temperature properties for ferritic stainless steel
pp. 735-735(1)
Authors: Fujita N.; Ohmura K.; Kikuchi M.; Suzuki T.; Funaki S.; Hiroshige I.

Microstructural evaluation of cumulative fatigue damage below the fatigue limit
pp. 735-735(1)
Authors: Fukuoka C.; Nakagawa Y.G.

Elevated temperature fatigue crack propagation behaviour of an Al-Li-Cu-Mg-Ag-Zr alloy
pp. 735-735(1)
Authors: Blankenship C.P.; Kaisand L.R.

The role of crack closure in fatigue crack propagation behaviour of a TiAl-based alloy
pp. 735-735(1)
Authors: Henaff G.; Cohen S.-A.; Mabru C.; Petit J.

Creep fatigue behaviour of directionally solidified nickel base superalloy
pp. 735-735(1)
Authors: Zrnik J.; Yu Y.; Wang J.A.; Zitnansky M.; Mamuzic I.; Hornak P.

High strength steel for wide range use
pp. 735-735(1)
Authors: Simon A.; Mamuzic I.

Effects of temperature and environment interactions on fatigue crack propagation in a titanium alloy
pp. 735-735(1)
Authors: Lesterlin S.; Sarrazin-Baudoux C.; Petit J.

Modelling of cyclic stress-strain behaviour under thermomechanical fatigue conditions--a new approach based upon a multi-component model
pp. 735-736(2)
Authors: Maier H.J.; Christ H.-J.

Fracture mechanics behaviour of austenitic compacted graphite cast iron
pp. 736-736(1)
Authors: Hsu C.-H.; Hu C.-K.; Lee S.-C.

Characterization of the cavity nucleation factor for life prediction under creep-fatigue interaction
pp. 736-736(1)
Authors: Choi B.G.; Nam S.W.; Yoon Y.C.; Kim J.J.

A plastic flow-induced fracture theory for fatigue crack growth
pp. 736-736(1)
Authors: Ding H.-Z.; Xing X.-S.

Fracture characteristics, microstructure, and tissue reaction of Ti-5Al-2.5Fe for orthopaedic surgery
pp. 736-736(1)
Authors: Niinomi M.; Kobayashi T.; Toriyama O.; Kawakami N.; Ishida Y.; Matsuyama Y.

Evidence of fracture surface interference for cracks loaded in shear detected by phase-shifted speckle interferometry
pp. 736-736(1)
Authors: Goulet R.U.; Gross T.S.; Mendelsohn D.A.

Conditioning monitoring by microstructural evaluation of cumulative fatigue damage
pp. 736-736(1)
Authors: Fukuoka C.; Nakagawa Y.G.; Lance J.J.; Pangborn R.

About endurance limit of ductile inhomogeneous materials
pp. 736-736(1)
Author: Kubicki B.

Fatigue of welded steel joints under wideband loadings
pp. 736-737(2)
Authors: Sarkani S.; Michaelov G.; Kihl D.P.; Beach J.E.

Low cycle fatigue of thin copper foils
pp. 737-737(1)
Authors: Hong S.; Weil R.

On the development of the strip yield model for the assessment of multiple site damage
pp. 737-737(1)
Authors: Collins R.A.; Cartwright D.J.

New measurement method of mode II threshold stress intensity factor range K_th and its application.
pp. 737-737(1)
Authors: Murakami Y.; Hamada S.; Sugino K.; Takao K.

Mechanisms of formation of hydrogen porosity in 7X50 and 2X24 aluminium alloys, effects on mechanical behaviour.
pp. 737-737(1)
Author: Marquis F.D.S.