M Espinosa, EP Calius, A Hall, G Dodd, R Das - Nonlinear Dynamics, 2024 - Springer
Ordered granular structures have garnered considerable attention across various fields due to their capacity to manipulate the transmission of mechanical energy and mitigate the …
W Zhang, J Xu - International Journal of Mechanical Sciences, 2021 - Elsevier
We report a hollow cylindrical granular system supporting highly tunable compression and rarefaction waves by varying particle thickness ratios. Soliton-like and mitigating waves are …
Abstract One-dimensional (1D) granular crystals are demonstrated to be outstanding nonlinear systems for supporting various types of novel stress waves. This letter reports on …
Abstract One-dimensional (1D) granular systems support solitary wave propagation; however, solitary wave tuning, which serves as an effective strategy in stress wave control to …
Kirigami-based metamaterials are demonstrated to possess peculiar mechanical behaviors via carefully engineered architectures. This paper reports on the comprehensive …
Energy transfer is one of the essentials of mechanical wave propagation (along with momentum transport). Here, it is studied in disordered one-dimensional model systems …
S Mao, H Wang, X Wu, H Zhang - Materials, 2023 - mdpi.com
Considering the elastic–plastic deformation, the wave propagations and energy transmissions of the one-dimensional three-segment composite granular chain are studied …