Basalt fiber is a useful reinforcing and toughening material for concrete. The stress–strain
relationship and damage evolution of concrete under compression can provide an …

Abstract The Digital Image Correlation (DIC) method is commonly used in fracture analysis,
but it has limitations in measuring discontinuities, which is crucial in fracture analysis. To …

Ductile deformation is ubiquitously found in the shrinkage of geomaterials. The existence of
ductility requires elastoplastic mechanics when analyzing the structure deformation under …

This paper aims to develop the nonlinear incremental modeling approach for describing
both monotonic and cyclic behaviors of the soil‐structure interface. An exponential function …

Particle size strongly influences the shear strength of granular materials. However, previous
studies of the particle size effect have focused mainly on the macroscopic behavior of …

Deformation of subglacial sediment during basal slip shapes the beds of many fast‐flowing
glaciers and ice streams. The resultant sediment flux impacts glacier dynamics and rates of …

This paper presents a fundamental study to explore the independent effects of grain size
and shape on the pre-liquefaction, liquefaction, and post-liquefaction shearing behaviour of …

We propose a novel continuum damage model for describing the propagation of compaction
bands formed by grain crushing in porous sedimentary rock using the kernel-based …

The width of fault damage zones is usually assessed through scaling relationships using
fault displacements measured from outcrops. However, field data show a large dispersion …

To address the problems of strain localization, the exact Mohr-Coulomb (MC) model is used
based on second-order cone programming (mpcFEM-SOCP) in the framework of micropolar …