Although numerous studies focus on the mechanical behaviour and instability of tailings
dam materials, a framework that adequately describes all the processes involved in their …

The wasted iron tailings have poor engineering properties. Using polypropylene fiber and
cement to modify iron tailings and in road engineering is an efficient way to utilize iron …

Structural reliability and safety have been investigated using the random finite element
method (RFEM) based on conditional random field (RF) by many researchers. However, the …

Geotextile tubes are one of the emerging and promising technologies to build fine-grain
tailings dams. In this study, shaking table model tests are conducted to evaluate the seismic …

Anthropogenic activities related to mining generate both progress and a vast amount of
waste that is responsible for environmental degradation. The Jiu Valley is one of the areas of …

Landslide-dammed blocks can be rebuilt into permanent water-retaining dams, whose
dynamic responses are crucial for dam safety. However, available studies regarding the …

This article investigates the seismic response of a tailings sand material in the context of site
response analysis. The computed response is contrasted with that obtained for an …

The spatial variability of overburden and dam material parameters significantly affects the
seismic responses of asphalt-concrete core dams. In this paper, a spatial random field …

With advancements in mineral processing technology, the disposal of fine-grained tailings
has increasingly become a significant challenge. The geotextile tube method, characterized …

This study examines the widespread practice of upstream tailings dam construction in
metallurgical mines in China, conducting comprehensive testing and research on tailings …