Recycled brick powder (RBP) are reused in cementitious materials by partially replacing
cement in this study, the role of which was investigated in terms of workability of fresh …

In this paper, shear rate-dependent rheological properties of mine tailings taken from
abandoned mine deposits prone to mass movements are examined using a commercial ball …

Submarine landslides have destroyed many ocean engineering facilities and induced
catastrophic tsunamis, causing considerable loss of lives and properties. However, the …

Flow-like events usually occur during heavy rainfall and pose significant threats to
ecosystems and human life and property because of their suddenness, high speed, and …

Due to seawater intrusion, submarine sediments and slide masses routinely evolve into
fluidized mudflows during long-distance migration and seriously endanger marine …

Debris flow hazards are often interpreted through back-calculated simulation analysis or
empirical methods. The mobility of a debris flow is greatly influenced by mechanical and …

The rheological behavior of natural slurries consisting of fine-grained, reconstituted debris-
flow deposits on pyroclastic terrains having different solid concentrations (ranging from 30 to …

Not only solid volumetric concentration, but also coarse particle content play a relevant role
on the rheology of soil mixtures involved in mud, debris, hyper-concentrated and earth flows …

The application of brick–concrete recycled aggregates can alleviate the problem of
increasing construction waste and increasing scarcity of natural aggregates. The different …

In the present paper, the problem of modeling the propagation of debris flow using suitable
rheological parameters is considered. A new procedure is proposed based on field …