Brittle failure of components weakened by cracks or sharp and blunt V-notches is a topic of
active and continuous research. It is attractive for all researchers who face the problem of …

Bolts and bolted connections are frequently used in civil engineering steel structures. This
paper presents a meta study where a few thousand fatigue tests on these elements are …

The elastic stress and strain fields of finite thickness large plate containing a hole are
systematically investigated using 3D finite element method. It is found that the stress and …

As it is well known the Poisson's effect in a cracked plate subjected to anti‐symmetric plane
loading leads to the generation of a coupled out‐of‐plane singular mode. Recent theoretical …

Stress concentration factors (SCFs) at the root of an elliptic hole in unidirectional functionally
graded material (UDFGM) plates under uniaxial and biaxial loads are predicted. ANSYS …

Plane theory of elasticity lays a foundation for many important results in science and
engineering. However, the understanding of the elastic solutions derived under plane stress …

The present work investigates the possibility of reducing the strain/stress concentrations in a
open-hole plate using localized 3D printed carbon fiber reinforcements. Several …

In this study, a theoretical model is proposed to analyze the stress concentration in a plate of
finite thickness containing a circular hole under remote biaxial loading. The stresses in a …

Understanding fluid–solid interactions between an elastic panel and the surrounding fluid is
crucial to the design of marine structures. Here, we put forward an exact, three-dimensional …

In this paper, a novel machine-learning based models are presented to predict the effect of
notch depth on elastic new strain-concentration factor of rectangular bars with single edge U …