PSI - Issue 75

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Cover1
A-comprehensive-review-of-Fatigue-Crack-Growth-l_2025_Procedia-Structural-In3
Advanced-Machine-Learning-Based-Durability-Assessment-o_2025_Procedia-Struct18
An-extension-of-Active-Kriging-for-Sequential-Models-to-_2025_Procedia-Struc26
A-Non-conventional-Fracture-Mechanics-based-Multiaxial-Fa_2025_Procedia-Stru43
Application-of-self-heating-method-for-characterization-_2025_Procedia-Struc50
Assessment-of-stress-concentration-factors-of-welded-jo_2025_Procedia-Struct58
Automated-implementation-of-structural-stress-evaluation_2025_Procedia-Struc67
Component-Dimensioning-in-Hydrogen-Environm_2025_Procedia-Structural-Integri78
Cruciform-specimen-design-and-manufacture-for-multidirectio_2025_Procedia-St86
Deep-learning-based-predictions-of-W-hler-curve-using-physic_2025_Procedia-S102
Effect-of-blast-cleaning-on-the-fatigue-strength-of-we_2025_Procedia-Structu113
Effect-of-prior-plastic-deformation-on-the-fatigue-beh_2025_Procedia-Structu128
Effect-of-Scatter-Direction-on-the-Maximum-Likelihood_2025_Procedia-Structur135
Effect-of-undercut-on-the-fatigue-strength-of-but_2025_Procedia-Structural-I145
Enhanced-Understanding-of-Overhead-Crane-Fatigue-Load_2025_Procedia-Structur154
Enhancing-the-Lifespan-of-Steel-Structures-through-a-3D-pri_2025_Procedia-St163
Evaluating-the-fatigue-strength-of-aluminium-fillet-welded_2025_Procedia-Str172
Experimental-and-numerical-investigations-on-the-fatigue_2025_Procedia-Struc179
Experimental-investigation-of-the-preloading-effect-on_2025_Procedia-Structu192
Experimental-study-on-the-influence-of-thinness-effect-_2025_Procedia-Struct199
Fast-and-accurate-frequency-domain-formulation-of-the-Fat_2025_Procedia-Stru209
Fatigue-Analysis-as-Standard-Application-for-Every-S_2025_Procedia-Structura219
Fatigue-Analysis-of-Laser-Powder-Bed-Fused-316L-Stainl_2025_Procedia-Structu229
Fatigue-Assessment-of-Welded-Joints-using-Extreme-Value-_2025_Procedia-Struc235
Fatigue-behavior-of-5000-series-aluminum-DED-component-j_2025_Procedia-Struc242
Fatigue-dimensioning-of-a-bearing-cap-of-an-electric_2025_Procedia-Structura252
Fatigue-life-assessment-of-cold-formed-ultra-high-s_2025_Procedia-Structural270
Fatigue-life-assessment-of-dissimilar-and-homogeneous_2025_Procedia-Structur277
Fatigue-life-of-wheels-regarding-design-and-test_2025_Procedia-Structural-In284
Fatigue-performance-of-a-titanium-component-produced_2025_Procedia-Structura296
Fatigue-Simulations-in-Automotive-Components--the-impo_2025_Procedia-Structu306
Fatigue-strength-assessment-of-large-bolting-assembli_2025_Procedia-Structur317
Fatigue-strength-improvement-by-machining-process-i_2025_Procedia-Structural329
Fatigue-strength-verification-of-bearing-type-connections-w_2025_Procedia-St341
Fatigue-tests-of-austenitic-stainless-steel-AISI-321-and-_2025_Procedia-Stru353
HFMI-treated-welded-structures--fatigue-strength-asses_2025_Procedia-Structu361
Hydrogen-effect-on-self-heating-response-under-cyclic_2025_Procedia-Structur369
Identification-of-Local-Elasto-Plastic-Properties-in-Multi-_2025_Procedia-St378
Improving-fatigue-life-assessment-of-scanned-nuclear-grade-_2025_Procedia-St388
Investigation-of-Laser-Shock-Peening-and-Conventional-Sho_2025_Procedia-Stru397
Life-extension-using-HFMI-of-mild-notched-and-prefat_2025_Procedia-Structura406
Load-effect--notch-effect--size-effect--and-other-related-_2025_Procedia-Str415
Machine-learning-model-for-estimating-the-stress-concent_2025_Procedia-Struc425
Material-mechanisms-of-the-nanostructured-metallic-multi_2025_Procedia-Struc434
Merging-nano-and-macro-structure-design--Opportunities-f_2025_Procedia-Struc441
Methodological-tools-for-engineers--how-to-assess-the-relevance_2025_Procedi448
Microstructure-degradation-in-the-Silchrome-1-steel-b_2025_Procedia-Structur462
Modelling-of-the-Test-Frequency-Discrepancy-in-USF-T_2025_Procedia-Structura470
Monitoring-the-Mechanical-Environment-Harshness-and-Ass_2025_Procedia-Struct477
Non-local-continuum-damage-mechanics-based-crack-growth_2025_Procedia-Struct491
Numerical-integration-of-machining-conditions-to-calcu_2025_Procedia-Structu499
Numerical-investigation-of-the-effect-of-defect-population_2025_Procedia-Str507
On-the-determination-of-fracture-properties-of-specimen_2025_Procedia-Struct516
Optimized-specifications-from-mission-profile-campai_2025_Procedia-Structura526
Optimizing-Welded-Structures--A-Study-on-the-Implementa_2025_Procedia-Struct539
Prediction-of-fatigue-life-for-butt-welded-joints-usi_2025_Procedia-Structur548
Principle-strategies-for-the-fatigue-assessment-of-ste_2025_Procedia-Structu557
Probabilistic-Fatigue-Approach-for-Complex-Vibration-S_2025_Procedia-Structu565
Processing-of-point-clouds-from-3D-scans-of-welded-joints-f_2025_Procedia-St579
Residual-Life-Assessment--RLA--of-Long-Bien-Bri_2025_Procedia-Structural-Int588
Results-of-the-Jaco-project--Effect-of-in-plane-and-out-of-_2025_Procedia-St596
Robustness-of-a-Machine-Learning-Algorithm-for-Fatigue_2025_Procedia-Structu605
Significant-improvement-of-the-fatigue-performance-of-ER70_2025_Procedia-Str617
S-N-Performance-of-Horizontally-Built-LPBF-Ti6Al4V-Fatigue_2025_Procedia-Str626
The-influence-of-shot-peening-on-gear-teeth-micropit_2025_Procedia-Structura634
The-Peak-Stress-Method-combined-with-shell-finite-element_2025_Procedia-Stru652
Thermographic-approach-for-a-rapid-fatigue-limit-e_2025_Procedia-Structural-661
Total-fatigue-life-testing-of-high-strength-steels-_2025_Procedia-Structural671
-Total-Life--method--achieving-accurate-fatigue-life-pre_2025_Procedia-Struc681
Towards-a-better-assessment-of-Clip-connector-fatigue-tha_2025_Procedia-Stru692
Updated-Guidelines-on-HFMI-Treatment-for-Enhancing-Fati_2025_Procedia-Struct719
Visually-readable-sensors-for-fatigue-life-monitorin_2025_Procedia-Structura727

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