The combination of an auxetic structure featuring a negative Poisson's ratio (NPR) and
viscoelastic materials with superior dam** behavior and energy absorption introduces a …

A majority of tubular structures have been widely studied due to their superior mechanical
performance. Existing works on star-shaped tubular structures have focused on improving …

Metal-coated lattice structures hold significant promise for customizing mechanical
properties in diverse industrial applications, including the mechanical arms of unmanned …

This article presents the first experimental, numerical, and analytical study of the
elastoplastic shakedown response of an auxetic metamaterial structure that elucidates …

The traditional approach to structural lightweight optimization design, which is based on the
elastic limit rule, often results in a structure that exhibits either weight redundancy or strength …

Shakedown theory has been widely used to evaluate the load-bearing capacity of elastic-
plastic structures under cyclic load. The stress compensation method (SCM) shows good …

This research paper introduces an innovative technique for measuring displacement using
auxetic tubular structure (ATS). The proposed displacement measurement method is based …

Compared to the classically performed elastic limit rule in structural lightweight optimization
design, the shakedown analysis can help determine the non-failure external load region …

Artificial intelligence-based fatigue analysis methods have gained considerable attention in
recent years, but little research has been conducted on the fatigue behaviors of assembled …

The core content of this paper is to analyze the integration of cross-media data and artificial
intelligence. The core of the whole paper is to analyze different types of media data such as …