Flexible pressure sensors can convert mechanical stimuli to electrical signals to interact with
the surroundings, mimicking the functionality of the human skins. Piezocapacitive pressure …

The structural behavior of pile-supported structures during soil liquefaction is sometimes
insufficiently investigated properly due to the inefficiency in the existing line finite element …

Buckling may be a possible failure mode of super-long piles in soft-clay ground in deep
water as concerned by several researchers. Although there are many studies on the failure …

The large diameter piles (LDP) are designed to provide strong bearing capacity, which
should be carefully analysed to ensure the superstructures' reliability. The conventional …

Assessment of the natural frequency of the offshore wind turbine (OWT) system is a critical
task in design to avoid resonance. The natural frequency of the monopile supported OWT …

This paper proposes a novel structural analysis approach, the neural networks-based spring
element (NNSE) method, to synergize machine learning (ML) techniques with the line finite …

The effect of cyclic loading is an essential factor leading to progressive soil strength
degradation. Therefore, a comprehensive analysis of the pile‐soil system behavior under …

In the study, the Maclaurin series technique is presented to analyse the vibration of cracked
tapered double nanobeams. The equation of motion is derived from the Euler–Bernoulli …

In this paper, the new type of Pressure-cast-in-situ pile with spray-expanded frustum (PPSF)
developed by the authors is composed of pile body, ribbed plate, and expanded body with …

The tower crane is a typical soaring and complex frame structure, and buckling is an
important factor affecting its safety and carrying capacity. Considering the special …