The complexity of many problems in computational mechanics calls for reliable
programming codes and accurate simulation systems. Typically, simulation responses …

Identification of damage in its early stage can have a great contribution in decreasing the
maintenance costs and prolonging the life of valuable structures. Although conventional …

Achieving a high prediction rate is a crucial task in fault detection. Although various
classification procedures are available, none of them can give high accuracy in all …

The state of materials and accordingly the properties of structures are changing over the
period of use, which may influence the reliability and quality of the structure during its life …

Identifying structural defects in complex structures is one of the main objectives in real-world
structural health monitoring (SHM) applications. In this article, a signal-based supervised …

In this study, correlations between the shear wave velocity of granular materials and various
descriptors of grain morphology are investigated. Based on a comprehensive study of the …

Localizing small damages often requires sensors be mounted in the proximity of damage to
obtain high Signal-to-Noise Ratio in system frequency response to input excitation. The …

Vibration-based quality monitoring of manufactured components often employs pattern
recognition methods. Albeit developing several classification methods, they usually provide …

Controllable recycling of End-of-life rechargeable nickel-metal hydride (Ni-MH) batteries and
by-products of steelmaking to added-value functional nanostructures is desired but …

The constitutive model serves as the foundation for executing structure analysis to obtain the
deformation and stress/strain. In this paper, a neural network‐assisted Bayesian parameter …