Latest Research in Fatigue and fracture mechanics

Top Research Topics in Fatigue and fracture mechanics

• Composite Structure Analysis and Optimization — 5 papers
• Fatigue and fracture mechanics — 5 papers
• Material Properties and Processing — 1 papers
• Computational Geometry and Mesh Generation — 1 papers
• Adhesion, Friction, and Surface Interactions — 1 papers
• Fluid Dynamics and Heat Transfer — 1 papers
• Computational Engineering, Finance, and Science — 1 papers
• Flow Measurement and Analysis — 1 papers
• Cellular and Composite Structures — 1 papers
• Advanced Multi-Objective Optimization Algorithms — 1 papers

Highest-Cited Papers

1. Quantitative discrimination of debonding defects and non-debonding defects in coated propellant grain based on shearography
2. Mesh refinement and optimization for keys and sectional geometries using cohort intelligence algorithm
3. 2D thermal characteristic modeling and error prediction of a ball screw accounting for phased contact thermal resistance
4. Uncertainty-aware model-enhanced soft actor-critic for conformal coating parameter optimization
5. A data-driven solving strategy based on a greedy optimization algorithm for the analysis of nonlinear beam structures
6. Design and implementation of a novel high-efficiency ultrasonic 3D synthetic data generation framework
7. Vibration of Quick-Release Bolt–Composite Plate Under Loosening, Missing, and Hygrothermal Conditions
8. A Visco-Hyperelastic Lattice-Based Arm Structure to Improve UAV Collision Resilience
9. A multi-scale discrete stochastic model of linear wear and pitting based on fracture mechanics: Parametric model analysis—Wear and pitting for the case of highly compressive residual stresses
10. A cliff-guided algorithm for optimizing energy-absorbing designs
11. Wire element: a kinematic compatibility-based curvilinear beam element for geometrically nonlinear analysis of highly flexible slender structures
12. A Dynamic Toolkit for Transmission Characteristics of Precision Reducers with Explicit Contact Geometry
13. Solving the Elastic Wave Equation with Physics-Informed Neural Networks: A Robust and Critical Assessment
14. ML‐Accelerated Framework for Fatigue Life‐Timescale Homogenization and Cyclic Damage Evolution Under Physics Constraints
15. Parametric dynamic analysis of the natural characteristics of carbon fiber reinforced polymer laminates using the state-space method
16. Vibration Characteristics of FG Shaft–Double-Disk Rotor System for Power Turbines
17. Crack Process Investigation in Gears Under Single Tooth Bending Fatigue Condition Using Infrared Thermography and 3D XFEM Numerical Models
18. Fatigue Life Prediction Method Integrating Adaptive Exponential Interpolation Data Augmentation and Machine Learning
19. INTERACTIVE SHAPE DESIGN OF COMPLIANT MECHANISMS USING GRAPHIC STATICS
20. Geometric nonlinear analysis of Timoshenko beams with variable cross-section using co-rotational formulation