Fatigue life prediction is critical for ensuring the safe service and the structural integrity of
mechanical structures. Although data-driven approaches have been proven effective in …

Fretting fatigue can significantly reduce the life of components, leading to unexpected in-
service failures. This phenomenon has been studied for over a century, with significant …

Fatigue cracks developed under repetitive loads are one of the major threats to structural
integrity of steel bridges. Human inspection is the most commonly applied approach for …

It is proposed to use digital image correlation (DIC) to identify parameters governing crack
propagation of commercially pure titanium. To achieve this goal, crack tip location, stress …

疲劳是机械结构最普遍的失效模式之一. 自1854 年第一次提出“Fatigue”(疲劳) 概念以来,
相关研究已有160 余年的历程, 逐步形成了以疲劳研究为基础的机械结构强度理论与技术 …

Fatigue failure is a significant problem in the structural safety of engineering structures.
Human inspection is the most widely used approach for fatigue failure detection, which is …

Digital image correlation has been routinely used to measure full-field displacements in
many areas of solid mechanics, including fracture mechanics. Accurate segmentation of the …

In recent years, digital image correlation has been widely used in the analysis of crack
problems. This review will examine digital image correlation, as a full‐field measurement …

Fatigue cracks are of critical structural safety concern in civil infrastructure. Many existing
fatigue crack sensing methods are contact-based, hence extensive human operation is …

The application of digital image correlation (DIC) to analyze the heterogeneity deformation
of single crystal aluminum during a micro-tensile test was demonstrated. Before testing the …