Fatigue 2024

1: KEYNOTE

1.1 Advanced concepts on fatigue and fatigue-crack growth of metallic materials
J. C. Newman Jr.


2: ADDITIVE MANUFACTURING I

2.1 A new additive manufacturing factor dominating fatigue performance of alloys
Y. Hong, Y. Xia, X. Pan & A. Zhao

2.2 Fatigue strength characterisation of wire+arc additively manufactured steel components and the relation with manufacturing imperfections
R. Motte, V. Rappe, R. Nunes, W. Verlinde & W. de Waele

2.3 The high-temperature fatigue properties of additively manufactured nickel-copper alloys with dispersion strengthening particles
I. Šulák, J.P. Roth, M. Gálíková, M. Šmíd & U. Krupp

2.4 Structural integrity of cold spray repaired aluminium alloy 7075 specimens
A. A. Bakir, X. Zhang, M. Dore & P. McNutt


3: TESTING

3.1 Influence of deformation heat on small-scale ultrasonic fatigue tests in 304
stainless steel
J. Gong & A. J. Wilkinson

3.2 Refinement of cyclic R-curve determination on extrinsically short cracks by annealing
L. Walch, T. Klünsner, G. Ressel, A. Hohenwarter & R. Pippan

3.3 Mesoscale cantilever testing of high cycle fatigue crack initiation and short crack growth in Ti-6Al-4V
L. Pujilaksono, J. Gong & A. J. Wilkinson

3.4 Advances in a novel ultrasonic fatigue method on CMSX-4 meso-cantilevers
R. J. Scales, J. Gong & A. J. Wilkinson


4: IMAGING

4.1 Characterisation of the forward and backward plastic zone in the crack tip of a fatigued sample
J. A. Aguilera, P. M. Cerezo, A. S. Cruces, A Garcia-Gonzalez, A. Steuwer,
T. Buslaps, P. J. Withers & P. Lopez-Crespo

4.2 In-situ full-field strain mapping by HR-EBSD and J-integral analysis of a short fatigue crack in Ni
X. Su, R. Scales, A. Koko, J. Gong & T. J. Marrow

4.3 Advanced stress intensity factor monitoring in additively manufactured 18Ni300 samples using digital image correlation
P. M. Cerezo, J. A. Aguilera, A. S. Cruces, A. Garcia-Gonzalez, R. Branco, L. Borrego & P. Lopez-Crespo


5: JOINTS

5.1 High temperature fatigue crack growth in nickel-based alloys joined by brazing and additive manufacturing
A. Bhadeliya, B. Rehmer, B. Fedelich, T. Jokisch, B. Skrotzki & J. Olbricht

5.2 A practical approach for the fatigue life estimation of hybrid joints through testing and numerical simulations
C. Bagni, A. Halfpenny, M. Hill & A. Tarasek

5.3 An investigation into fatigue failure and self-loosening of bolted joints subjected to transverse vibration
S. Hashimura & A. Saito
5.4 A practical methodology for the fatigue testing of hybrid joints
A. Pierpoint, M. Hill & C. Bagni


6: PROBABILISTIC MODELLING

6.1 A probabilistic fatigue model using Gaussian processes and its application to additively manufactured metals
M. Schultz, H. Erdelyi, M. Hack, S. Straesser & N. Lammens

6.2 Probabilistic modelling of fatigue behaviour in inhomogeneous metallic materials using physics-based machine learning approaches
E. Salvati, A. Tognan, M. Pelegatti, L. Laurenti & F. De Bona

6.3 3Dprint AM35 wire arc additively manufactured milled specimens under fatigue
B. Karabulut, X. Ruan, S. MacDonald, J. Dobric & B. Rossi

6.4 A comparative investigation on the uniaxial plain and notch fatigue strengths of heavy-section castings made of pearlitic and high-silicon ferritic ductile cast irons
M. Pedranz, V. Fontanari, C. Santus, F. Zanini, S. Carmignato, G. Angella,
D. Lusuardi, F. Berto & M. Benedetti


7: TITANIUM ALLOYS I

7.1 Predicting fatigue crack initiation in milled aerospace grade Ti-6Al-4V parts using CPFEM
M. F. Arcidiacono, I. Violatos & S. Rahimi

7.2 Uncovering the role of building orientation and stress ratio on the fatigue behaviour of L-PBF Ti6Al4V miniaturised strut-like lattice specimens
S. Murchio, R. De Biasi, D. Maniglio, A. Rigatti, L. De Nart, V. Luchin &
M. Benedetti

7.3 Cracking and damage mechanisms in nitrided Ti64 grade 5 alloy after high cycle fatigue
S. Stekovic, R. Boyd & L. Selegård


8: SURFACE CONDITIONS

8.1 Plenary Lecture: The effect of specimen machining processes on fatigue life of 42CrMo4+QT steel
J. Papuga, T. Vrbata, K. Trojan, A. Trefil, A. Zabala & V. Mára

8.2 Stability of compressive residual stresses in austempered ductile iron (ADI) under cyclic loading
U. Hähnel, E. Müller & P. Hübner

8.3 Impact of laser shock peening on fatigue strength of additively manufactured AlSi10Mg
M. Matušů, O. Stránský, J. Šimota, L. Džuberová, J. Rosenthal, J. Papuga & L. Beránek

8.4 Effect of zinc coating and grease on the fretting fatigue life of crossed steel wire contacts: application to offshore spiral ropes
S. Montalvo, S. Fouvry & M. Martinez

8.5 Hot corrosion fatigue behaviour of a shot peened nickel based superalloy
Y. Li, H. Cockings, M. Whittaker, B. J. Cockings, P. M. Mignanelli, R Buckingham & M. R. Bache

8.6 Fatigue failure mechanisms and life prediction of a laser shock peened disc alloy
R. Jiang, J. Zhang, R. Wang, C. You & Y. Song

8.7 Advantages of laser shock peening over the conventional shot peening of the fatigue lifetime of aluminium 2024 alloy
H. Ahmad & M. Craig


9: HIGH TEMPERATURE

9.1 The effects of H+ fusion plasma loading on the low-cycle thermal fatigue behaviour of tungsten
J. Hargreaves, J. Scholten & T. Morgan

9.2 Effects of temperature measurement and adiabatic heating during strain controlled fatigue tests
P. B. S. Bailey

9.3 Real time structural health prediction for critical industrial application
C. J. Hyde, B. Engel & A. Morris

9.4 Consideration of elastoplasticity and viscoplasticity during thermomechanical fatigue simulations of a pipe bend using the FEM-implemented Prandtl operator approach
D. Šeruga, M. Nagode, J. Klemenc & S. Oman

9.5 Effects of frequency and dwell on the fatigue crack propagation in single crystal Ni-based superalloy CMSX-4 at intermediate service temperature
J. C. Doyle, A. Evangelou, E. A. Saunders, J. M. Woolrich, N. Gao & P. A. S. Reed

9.6 Thermomechanical fatigue properties of additively manufactured nickel-based superalloy IN939
M. Gálíková, I. Šulák & I. Kuběna

9.7 High-temperature viscoelastic-viscoplastic deformation of 316 stainless steel
K. Sithole, W. Lavie, B. Engel, J. P. Rouse & C. J. Hyde

10: DESIGN

10.1 Plenary Lecture: Scale-bridging fatigue assessment of steels – from production to performance
N. Baak, K. Donnerbauer, A. Kalenborn, H. Kanagarajah, L. Lücker, L. Lingnau, J. L. Otto, J. Rozo Vasquez, S. Strodick & F. Walther

10.2 Fatigue design of cast aluminium passenger car wheels with respect to the transfer of cyclic material properties
M. Hell

10.3 Predicting the fatigue life of steel cables
L. Larippe, A. Lecercle, A. Jamoneau, C. Gandiolle, J-Y. Buffière & V. Aubin

10.4 Implementation of fatigue crack growth laws in Abaqus
H. Farid

10.5 Finite element analysis of the MAGEC spinal rod under compressive and shear loading conditions
T. S. Mosley, M. Birkett, T. J. Joyce & F. Farhad


11: KEYNOTE

11.1 Design & manufacturing challenges for high pressure disc rotors in aircraft engines
M. Hardy, C. Argyrakis, P. Bowen, R. Buckingham, H. Cockings, B. Grant,
S. Gray, T. Jackson, H. Kitaguchi, H. Li, D. MacLachlan, H. Tai & M. Taylor


12: SUPERALLOYS I

12.1 Phase angle effects on thermo-mechanical fatigue (TMF) in a single crystal nickel superalloy
A. Gonzalez Garcia, J. Jones, R. Lancaster, M. Whittaker, S. John &
J. Mason-Flucke

12.2 Coupling effects of temperature and fatigue, creep-fatigue interaction and thermo-mechanical loading conditions on crack growth and dominant failure mechanisms of a nickel-based alloy
V. Shlyannikov, A. Shanyavskiy, A. Sulamanidze & D. Kosov

12.3 Study on thermo-mechanical fatigue crack propagation behaviour of
powder metallurgy superalloy
L. Zhang, Y. Z. Wang, Z. W. Yu, R. Jiang, L. G. Zhao & Y. D. Song

12.4 Evaluation of fatigue striations in a nickel-based superalloy
Y. Alyousif, E. A. Saunders, S. Taylor, J. C. Walker & P. A. S. Reed


13: NON-METALLIC MATERIALS

13.1 Crack growth in a piezoelectric ceramic induced by a cyclic electric field
K. Hockauf, F. Poschmann & R. Pleul

13.2 High- and low-cycle tensile fatigue of all-carbon hybrid quasi-isotropic laminate
V. Carvelli, S. B. Sapozhnikov, S. V. Lomov & Y. Swolfs

13.3 Mean stress correction for carbon fibre reinforced polymer composites under fatigue loading
Z. Lu

13.4 Fracture and fatigue characterisation of the shot-earth 772
A. Zanichelli, A. Carpinteri, C. Ronchei, S. Scorza & S. Vantadori

13.5 Investigations on experimental fatigue life and damage of designed hybrid composite laminates with negative and positive Poisson’s ratio
H. Hosseini-Toudeshky, M. Tashayyoee, A. Navaei, J. Nafar Dastgerdi &
S. Esmaeili


14: VARIABLE AMPLITUDE

14.1 Fatigue crack growth behaviour of 9310 steel under constant and
variable-amplitude loading
T. M. Senhaji & J. C. Newman Jr.

14.2 Plastic CTOD as fatigue crack growth characterising parameter under variable amplitude loading by using DIC
G. L. Gómez-Gonzales, A. Camacho-Reyes, J. M. Vasco-Olmo, F. A. Díaz, D. Neto & F. V. Antunes

14.3 Machine learning based fatigue life prediction of metal components subjected to block loading
K. Hectors, Q. Bouckaert, J. Plets & W. De Waele


15: WELDS I

15.1 Industry-oriented assessment of the fatigue life of thin-walled profile weldments used in the construction of bus bodies
M. Kepka, R. Minich, M. Krizek & M. Kepka Jr.

15.2 Influence factors on fatigue strength of arc-welded joints using ultra-high strength steel sheets and its improving methods
N. Yamaguchi, T. Shiozaki, Y. Tamai, Y. Ichikawa & K. Ogawa

15.3 Fatigue of ultrasonic spot welded joints of lightweight materials
D. Chen


16: CONTACT

16.1 Evaluation of non-proportional multi-axial stress states in drive-train components related to contacts
J. Schanner, A. Hasse & L. Suchý

16.2 Fretting fatigue of shafts under varying contact pressure and creep slip conditions in bearing-shaft contacts
D. Knabner, L. Suchý, S. Busch & A. Hasse

16.3 Influence of microstructure, stress gradient and defect size on the stability of the critical distance method for fretting crack nucleation
H. Lannay, S. Fouvry, B. Berthel & C. Glandiolle


17: MULTI AXIAL

17.1 Cracking behaviour and lifetime predictability of P558 steel in annealed and cold deformed states under mixed complex loading
T. Ngeru & S. Hanke

17.2 Fatigue crack growth in air or in oil, under cyclic mode II + static biaxial
compression
M. Zaid, V. Bonnand, D. Pacou, V. Chiaruttini, V. Doquet & P. Depouhon

17.3 The critical distance concept to design notched 3d-printed metals against uniaxial/multiaxial fatigue
L. Susmel

17.4 Experimental and computational investigation of mixed mode fatigue crack propagation
B. Sheen, C. M. Davies & D. Nowell


18: TITANIUM ALLOYS II

18.1 High-cycle and very-high-cycle fatigue behaviour and life prediction of Ti-6Al-4V fabricated by laser powder bed fusion
C. Ling & L. Zheng

18.2 Effect of discontinuous printing on the fatigue limit of selective laser melted Ti6Al4V specimens
A. H. Jabbari Mostahsan, F. Farahmand & D. Domitner

18.3 Influence of defect shape and position on the high cycle fatigue behaviour of additively manufactured TA6V alloy
M. Bonneric, N. Saintier, D. El-Khoukhi & J. Bega


19: ENVIRONMENT I

19.1 In vitro short-time testing method for evaluating the long-time corrosion fatigue strength of biomedical magnesium alloys
N. Wegner, K. Donnerbauer, L. Hempel & F. Walther

19.2 Effect of artificial corrosion on retardation of fatigue crack growth – assessment by local cyclic plasticity
H. Shibata, K. Staoh, R. Fincato & S. Tsutsumi

19.3 Experimental validation of a model for predicting the bending fatigue strength of corroded grey cast iron water pipes
E. John, J. Boxall, R. Collins, E. Bowman & L. Susmel


20: SIMULATION

20.1 Plenary Lecture: Predictions of crack growth rates, R-ratio effects and overload behaviour based on smooth specimen LCF test data and using a strip yield-type model
S. J. Williams, M. T. Whittaker & M. C. Hardy

20.2 An investigation of the RSE-M crack closure parameter F(R) on a large ferritic PWR component with negative R-ratio including welding residual stress
M. P. Nielsen

20.3 Fatigue crack growth and crack closure in 304L large compact tension specimens with cyclic crack tip plasticity
M. M. J. Gillet & C. M. Davies

20.4 Numerical approaches in the fatigue damage simulation in quasi-brittle materials
L. Ferreira Friedrich, A. Bordin Colpo, S. Vantadori, F. Soares & I. Iturrioz

20.5 Proposal of a fatigue crack extension mode and its prediction method — damage accumulation mode fatigue crack propagation
S. Hamada, Y. Okawa & Y. Araki


21: ADDITIVE MANUFACTURING II

21.1 The transition of grain boundary in an additively manufactured aluminium alloy under very-high-cycle fatigue
X. Pan & Y. Hong

21.2 Role of columnar β grains on fatigue crack growth behaviour in additive manufactured titanium alloy Ti6Al4V
A. Khadar Syed, A. E. Davis & X. Zhang

21.3 Using fatigue crack growth tests for quality assessment in additive manufacture
P. B. S. Bailey

21.4 Investigation on the fatigue behaviour of stainless steel 316L produced by laser powder bed fusion process
M. Shahriarifar, M. Doré, M. Dodge, K. Khan & X. Zhang


22: ENVIRONMENT II

22.1 Defect-based assessment of mechanical and corrosive loads on the capability of light metal structures
N. Wegner, A. Koch & F. Walther

22.2 Effects of pitting corrosion on fatigue performance of legacy cast iron pipe materials
L. Ronayne, J. A. Wharton & P. A. S. Reed

22.3 Investigating the role of low temperature hot corrosion on crack initiation and propagation in single-crystal nickel alloys under fatigue conditions
M. Elsherkisi, L. Brooking, J. Mason-Flucke & S. Gray


23: KEYNOTE

23.1 Characterising fatigue crack tip deformation states in nickel base superalloys: slip character, strain accumulation and oxidation effects
P. A. S. Reed


24: SUPERALLOYS II

24.1 Fatigue crack propagation behaviour of the grain size transition zone in a dual microstructure turbine disc
Y. C. Wang, R. Jiang, L. C. Zhang & Y. D. Song

24.2 Effects of microstructure and oxidation on fatigue crack initiation behaviour in a titanium aluminide alloy
Y. Yamazaki, K. Okada & K. Yoshida

24.3 Study on fatigue crack propagation mechanism and model of a powder
metallurgy superalloy under gas-marine environment
L. C. Zhang, R. Jiang, J. T. Liu, Y. W. Zhang & Y. D. Song


25: LIFING

25.1 Integration of physical and virtual tests for achieving high confidence in fatigue reliability of automotive battery systems
A. Halfpenny, K. Tahera, B. Thumati & C. Wynn-Jones

25.2 Mechanistically based fatigue lifetime predictive model for legacy steam turbine blades
A. Masis Khodavirdi, A. Hamilton & P. A. S. Reed

25.3 Frequency domain fatigue approach for sine swept loadings
G. De Morais

25.4 Key issues with residual fatigue life estimation in steels, highly scattered and non-conservative thresholds, crack closure mechanisms, influencing factors,
relevant material properties
T. Vojtek, R. Kubíček, P. Pokorný, M. Jambor, L. Náhlík & P. Hutař


26: HYDROGEN

26.1 Plenary Lecture: Design, usage and safety aspects for tubular specimens for materials qualification with pressurised hydrogen
K. Wackermann, F. Ebling, T. Michler, F. Schweize & H. Oesterlin

26.2 Phase field modelling of hydrogen-assisted fatigue
E. Martínez-Pañeda, A. Golahmar & C. F. Niordson

26.3 Correlation of fatigue behaviour in pressurised hydrogen and electrolytically supplied hydrogen
S. Schönborn & A. Kansy

26.4 Effect of pressurised hydrogen on low cycle fatigue of Inconel 718: modelling and testing
F. Ebling, H. Oesterlin & K. Wackermann


27: MICROSTRUCTURAL INFLUENCES

27.1 Fatigue damage assessment of C45 samples via different experimental measurements and microstructural investigations
A. Saponaro, R. De Finis, G. Renna, P. Leo & R. Nobile

27.2 Cyclic loading induced dynamic refinements of local microstructures in
high-strength martensitic steels
S-S. Rui, S. Wei & C. Sun

27.3 A corroborative study on the fatigue mechanisms at room and elevated temperatures of a dual-phase high entropy alloy
Q. Han, Y. T. Tang & R. C. Reed


28: ADDITIVE MANUFACTURING III

28.1 Short fatigue crack behaviour in a new aluminium alloy AlMgSc fabricated by wire based directed energy deposition
J. Ye, A. Khader Syed & X. Zhang

28.2 On the role of the internal and surface defects in the fatigue and structural integrity of additively manufactured 316L stainless steel
J. Nafar Dastgerdi, O. Jaberi & H. Remes

28.3 Continuum damage mechanics approach for SLM-manufactured nickel-based superalloy under multiaxial fatigue loading conditions
H. Yuan, J. Xu & J. Lu


29: WELDS II

29.1 Improved fatigue calculation of attachment welds in offshore wind structures using additive MK factor
J. Taylor

29.2 Fatigue performance of modern submerged arc welds in 85mm grade S355 steel
C. Johnston

29.3 Impact of shot peening on the fatigue strength of arc-welded advanced high strength steel assemblies
A. Nabara, C. Mareau, F. Morel, M-R. Chini, R. Munier, P. Kusakin
& M. L. Facchinetti

POSTERS

P1 Effect of environment on fatigue crack growth of polycrystalline nickel-based superalloys at high temperatures
J. Buckley, H. L. Cockings, Y. Li & M. Hardy

P2 Investigations of the GRP beams for dynamic loaded structures behaviour during three-point bending test
M. Fikrle & J. Chvojan

P3 Effects of build orientation on high-temperature fatigue behaviour of laser powder bed fusion Inconel 718
M. Hulbert, P. A. S. Reed & A. Hamilton

P4 Predicting the fatigue limit of lath martensitic steel microstructures
S. Kino, D. Itoh, S. Ueki & S. Hamada

P5 Mechanistic understanding of life extensition of ageing offshore structures
S. Manzoor, K. Khan, X. Sun & N. Larrosa

P6 Investigation into the fatigue performance of aluminium cold spray substrate alloys
R. Reed, P. A. S. Reed, A. A. Bakir, A. W-Y. Tan & A. G. S. Araujo

P7 Notch-stress approach for the fatigue life evaluation of rough wire arc additively manufactured plates
X. Ruan, B. Karabulut, J. Dobric & B. Rossi