Deep-learning enabled active biomimetic multifunctional hydrogel electronic skin
There is huge demand for recreating human skin with the functions of epidermis and dermis
for interactions with the physical world. Herein, a biomimetic, ultrasensitive, and …
for interactions with the physical world. Herein, a biomimetic, ultrasensitive, and …
Granular micromechanics model for damage and plasticity of cementitious materials based upon thermomechanics
The mechanical behavior of monolithic cementitious materials is known to be significantly
affected by their granular nature. This paper describes an approach to incorporate the …
affected by their granular nature. This paper describes an approach to incorporate the …
On the contact problem of soft-rigid interfaces: incorporation of Mindlin-Deresiewicz and self-deformation concepts
The contact problem of soft-rigid interfaces is investigated in this study performing
micromechanical-based experiments on sand (rigid) grains sliding against granulated (soft) …
micromechanical-based experiments on sand (rigid) grains sliding against granulated (soft) …
Micromechanical‐based experimental and analytical studies on rate effects and stick‐slip instability of smooth quartz surfaces in the presence of plastic and non …
We examined with micromechanical‐based experiments the influence of shearing rate on
the tangential contact behavior of smooth (very low surface roughness) flat quartz surfaces …
the tangential contact behavior of smooth (very low surface roughness) flat quartz surfaces …
Elastoplastic Normal Contact Model for Rock Joints Based on a New Size Distribution of Geometrically Overlap** Patches
G Gong, Z Tang - Rock Mechanics and Rock Engineering, 2025 - Springer
Accurate prediction of normal contact behavior for rock joints is essential for understanding
the interfacial physical properties and multi-physics coupling processes within jointed rock …
the interfacial physical properties and multi-physics coupling processes within jointed rock …
Influence of iron oxide coating on the tribological behavior of sand grain contacts
Granular materials are often subjected to certain degrees of coating in natural conditions
due to weathering and soil–environment interactions and the current literature has …
due to weathering and soil–environment interactions and the current literature has …
Variational methods for discrete models of granular materials
Thin or thin-walled structures such as bars, beams, membranes, plates, and shells are the
key structural components in engineering designs–practically at any length scale …
key structural components in engineering designs–practically at any length scale …
Small-scale size effects on the shearing behavior and sliding stiffness reduction-displacement curves of rock-plastic gouge simulant under low normal stresses
Assessment of the influence of laboratory specimen size (and scale effects) is critical to be
obtained in the study of geological structures. The present work examines the influence of …
obtained in the study of geological structures. The present work examines the influence of …
DEM multi‐scale insights on the pre‐failure behavior of mature structured sands: Influence of bond type, amount, breakage pattern and heterogeneity
A new approach in the calibration process of DEM samples of structured sand is presented.
Micromechanical‐based experimental data are interpreted to develop a failure model and a …
Micromechanical‐based experimental data are interpreted to develop a failure model and a …
Influence of Methocel cellulose ether additive on micro-scale friction, abrasion and energy dissipation of rough-heterogeneous particles
Understanding and modeling the contact behavior of particles provides enhanced
constitutive laws in discrete-based simulations as well as a strong linkage between micro …
constitutive laws in discrete-based simulations as well as a strong linkage between micro …