Methane gas hydrates, crystalline inclusion compounds formed from methane and water,
are found in marine continental margin and permafrost sediments worldwide. This article …

Natural gas hydrates (NGH) that form in sediments beneath the ocean beds are a potential
source to meet growing global energy demand. Gas hydrate bearing sediments (GHBS) …

The safe and efficient production of methane hydrate (MH) has attracted much attention, and
the engineering geological risks in MH production are highly valued. Safety evaluation of the …

The macromechanical properties (strength, stiffness, stress‐strain relationship, etc) of the
hydrate‐bearing sediment are often correlated with the hydrate cementation failure …

This volume describes processes used in and results from laboratory measurements and
analyses of core samples taken from methane hydrate-bearing sediments in a methane …

This paper presents a new constitutive model that simulates the mechanical behavior of
methane hydrate‐bearing soil based on the concept of critical state soil mechanics, referred …

Reservoir stability is a key factor in the production of natural gas hydrate (NGH), and also a
prerequisite to ensuring safe and efficient NGH production. However, it has been rarely …

Methane hydrate is estimated to be present in substantial amounts below deep sea floors.
Particular scientific and engineering interests that encourage studies of mechanical …

There is an increasing need to construct engineering structures in the Arctic sea. The
requirement is principally generated by the oil and gas industry, because of the substantial …

Abstract Methane Gas Hydrates, MGHs, are perceived as a future source of energy for the
sustenance of mankind owing to their abundance, usually found in continental margins and …