The permeability characteristic of hydrate-bearing sediments (HBSs) is an essential factor
for assessing the exploiting potential of target area. The two trial tests in the South China …

Molecular dynamics was employed to investigate the micro-mechanism of water and asphalt
on hydrate aggregation, addressing the mechanism of aggregation caused by hydrates …

Natural gas hydrates are commonly found in onshore permafrost and seabed regions.
Hydrates often exhibit different pore habits in different regions, which may affect the …

It is of great importance to investigate the mechanical properties and constitutive models of
hydrate-bearing sediments (HBS) for the safe extraction of hydrate. However, there are few …

Carbon sequestration can be achieved by carbon dioxide replacement in natural gas
hydrate exploitation, which reducing greenhouse gas emissions and providing an effective …

The safe and efficient production of marine natural gas hydrates faces the challenges of
seabed geological risk issues. Geological risk issues can be categorized from weak to …

Natural gas hydrates (NGH) stored in submarine deposits are a promising energy resource,
Yet, the deterioration in sediment strength can trigger geological disasters due to drilling …

Natural gas hydrates are abundantly detected in the clayey-silty deposits of the South China
Sea (SCS). The long-term hydrate extraction process may trigger creep deformation and …

Evaluating the mechanical behavior of hydrate-bearing sediment is a prerequisite and
guarantee for achieving the safe exploitation and utilization of hydrates, and it is also …

Natural gas hydrates are crystalline solids found in sediments beneath the seabed and
permafrost, which significantly affect the mechanical behavior of sediments. The effect of …