PSI - Issue 38

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Cover	1
Fatigue-Design-Preface_2022_Procedia-Structural-Integrity	3
3D-FEA-based-surrogate-modeling-in-fatigue-crack-g_2022_Procedia-Structural-	6
A-Comparative-Study-on-Fatigue-Performance-of-Various-_2022_Procedia-Structu	17
A-data-driven-approach-for-approximating-non-linear-d_2022_Procedia-Structur	24
Advanced-fatigue-assessment---the-future-of-wind_2022_Procedia-Structural-In	33
Analysis-Of-Real-Life-Multi-Input-Loading-Histories-Fo_2022_Procedia-Structu	43
A-new-generic-method-to-analyse-fatigue-resu_2022_Procedia-Structural-Integr	53
An-investigation-of-the-residual-stiffness-of-a-glass-fi_2022_Procedia-Struc	65
Assessment-of-fatigue-crack-growth-based-on-3D-finit_2022_Procedia-Structura	73
A-systematic-experimental-study-on-the-impact-of-multiax_2022_Procedia-Struc	85
Comparison-of-different-approaches-to-model-fatigue-for-ad_2022_Procedia-Str	95
Comparison-of-the-fatigue-behavior-of-wrought-and-ad_2022_Procedia-Structura	105
Contribution-of-the-introduction-of-artificial-defects-by-a_2022_Procedia-St	115
Correlation-between-quasistatic-und-fatigue-properties-of_2022_Procedia-Stru	123
Definition-of-simplified-fatigue-tests-using-nume_2022_Procedia-Structural-I	130
Designing-very-high-cycle-fatigue-specimens-of-additively_2022_Procedia-Stru	140
Determination-of-fatigue-crack-propagation-threshold_2022_Procedia-Structura	147
Digital-Twin-for-Fatigue-Analysis_2022_Procedia-Structural-Integrity	156
Effect-of-laser-scan-pattern-in-laser-powder-bed-fusio_2022_Procedia-Structu	167
Effects-of-insufficient-sampling-on-counting-algori_2022_Procedia-Structural	177
Effects-of-Powder-Particle-Size-on-Fatigue-Performanc_2022_Procedia-Structur	188
Estimating-the-fatigue-thresholds-of-additively-manufact_2022_Procedia-Struc	198
Estimation-of-fatigue-life-for-clinched-joints-with_2022_Procedia-Structural	205
Estimation-of-the-Kitagawa-Takahashi-diagram-by-cy_2022_Procedia-Structural-	214
Experimental-numerical-analysis-of-microstructure-prope_2022_Procedia-Struct	222
Experimental-study-of-a-CoCrMo-alloy-treated-by-SMAT_2022_Procedia-Structura	230
Fatigue-and-Damage-Assessment-of-CFRP-Material-Using_2022_Procedia-Structura	239
Fatigue-and-Ultimate-Strength-Assessment-of-Post-Weld_2022_Procedia-Structur	248
Fatigue-Damage-estimation-in-vehicle-from-minimal-instrum_2022_Procedia-Stru	255
Fatigue-design-of-mild-and-high-strength-steel-cruciform-jo_2022_Procedia-St	273
Fatigue-evaluation-of-beam-cope-holes-in-the-web-coinci_2022_Procedia-Struct	286
FATIGUE-OF-ADHESIVE-BONDING--WORLD-FIRST-FATIGUE-S-N_2022_Procedia-Structura	305
Fatigue-property-performance-relationship-of-additively-ma_2022_Procedia-Str	318
Fatigue-software-improvement-for-calculating-by-FEA-a-complete_2022_Procedia	328
Fatigue-strength-of-adhesively-butt-bonded-hollow-cylinde_2022_Procedia-Stru	340
Fatigue-strength-of-laser-dressed-non-load-carrying-fil_2022_Procedia-Struct	349
High-Temperature-Tensile-and-Fatigue-Behaviors-of-Add_2022_Procedia-Structur	357
How-fraud-detection-technologies-can-help-to-detect-_2022_Procedia-Structura	364
Image-based-and-in-situ-measurement-techniques-for-the-chara_2022_Procedia-S	378
Influence-of-overload-on-fatigue-behaviour-of-longitu_2022_Procedia-Structur	388
Investigation-of-residual-stresses-and-microstructure-ef_2022_Procedia-Struc	399
Investigation-of-S275JR-AR-structural-steel-fatigue-p_2022_Procedia-Structur	407
Life-Cycle-Energy-Analysis-of-a-High-Strength-Steel-Hea_2022_Procedia-Struct	414
Local-prestressing-of-cold-forging-tools-by-reinforce_2022_Procedia-Structur	422
Multiaxial-Variable-Amplitude-Loading-for-Automotive-Parts_2022_Procedia-Str	430
Numerical-calculation-of-homogenized-effective-material-p_2022_Procedia-Stru	440
Numerical-study-of-the-influence-of-weld-geometry-variat_2022_Procedia-Struc	450
On-the-evaluation-of-overload-effects-on-the-fatigue_2022_Procedia-Structura	460
Optimized-Vehicle-Durability-Testing-by-Means-of-an-In_2022_Procedia-Structu	470
Overview-on-the-fatigue-strength-of-single-sided-trans_2022_Procedia-Structu	480
Parametric-calculations-of-service-fatigue-life-o_2022_Procedia-Structural-I	489
Prediction-of-fatigue-failure-in-small-scale-butt-weld_2022_Procedia-Structu	497
Proposal-and-Verification-of-Countermeasures-against-Fatigu_2022_Procedia-St	507
-Residual-Life-of-Structures-and-Equipment_2022_Procedia-Structural-Integrit	515
Residual-stresses-influence-on-the-fatigue-strength_2022_Procedia-Structural	529
Room-Temperature-Mechanical-Properties-of-Additively-Ma_2022_Procedia-Struct	539
Scatter-and-size-effect-in-High-Cycle-Fatigue-of-cast-alu_2022_Procedia-Stru	546
State-of-the-art-of-fatigue-strength-of-materials--amp--st_2022_Procedia-Str	556
Static-and-fatigue-behavior-of-hydraulic-components-pro_2022_Procedia-Struct	572
The-cyclic-strain-evolution-and-the-fatigue-prediction-i_2022_Procedia-Struc	587
The-effect-of-the-environmental-conditions-on-the-thre_2022_Procedia-Structu	595
The-Peak-Stress-Method-applied-to-fatigue-lifetime-estimat_2022_Procedia-Str	603
Ti-6Al-4V-lattices-obtained-by-SLM--characterisation-of-t_2022_Procedia-Stru	613
Towards-A-Better-Understanding-Of-Mechanical-Stress-Applied-_2022_Procedia-S	622
Wheel-forces-estimation-with-an-Augmented-and-Constrained-_2022_Procedia-Str	632

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