Many offshore energy production and recovery structures such as wind turbines, offshore tidal turbines, and oil/gas platforms are built on carbonate sands, which predominantly consist of the skeletal remains of marine organisms. Particles of carbonate sands have highly porous grain structures with intra-granular voids. Such porous grain structure results in a much more compressible soil grain than terrigenous (i.e., quartz-based) sands, which have solid grain structure. As a result, calcareous sands exhibit engineering and mechanical characteristics that are different than that of quartzitic sands. While there is a significant amount of experience on the performance of foundation systems on terrigenous sediments, expanding offshore infrastr...
High factors of safety and conservative methods are commonly used on foundation design on shelly car...
This study examines a Kuwaiti carbonate reservoir that is classified as a tight reservoir. In one co...
Shelly carbonate sands are highly compressible soils due to the susceptibility of their loose and in...
Petrophysical properties of carbonate reservoirs, which are the majority of all hydrocarbon reservoi...
Carbonate sand is often encountered and utilized as construction material in offshore engineering pr...
For the most part, carbonate soils are of biogenic origin comprising skeleton bodies and shells of s...
The mechanical response of shelly carbonate sand differs significantly from that of more common sili...
Shelly carbonate sands proliferate in regions of the world where construction of offshore structures...
Shelly carbonate sands represent an extreme soil type in terms of their mechanical behavior which de...
This paper focuses on the properties of a crushable, uncemented, carbonate sand, retrieved from an ...
International audienceCharacterizing the elastic properties of carbonate rocks is a crucial paramete...
In the construction of artificial islands in distant seas, calcareous sand has been widely used as a...
In various parts of the globe, carbonate sands are found at shallow sea water depth. These types of ...
Oil and gas shales are a class of multiscale, multiphase, hybrid inorganic-organic sedimentary rocks...
Petrophysical properties of carbonate reservoirs are less predictable than the properties of silisic...
High factors of safety and conservative methods are commonly used on foundation design on shelly car...
This study examines a Kuwaiti carbonate reservoir that is classified as a tight reservoir. In one co...
Shelly carbonate sands are highly compressible soils due to the susceptibility of their loose and in...
Petrophysical properties of carbonate reservoirs, which are the majority of all hydrocarbon reservoi...
Carbonate sand is often encountered and utilized as construction material in offshore engineering pr...
For the most part, carbonate soils are of biogenic origin comprising skeleton bodies and shells of s...
The mechanical response of shelly carbonate sand differs significantly from that of more common sili...
Shelly carbonate sands proliferate in regions of the world where construction of offshore structures...
Shelly carbonate sands represent an extreme soil type in terms of their mechanical behavior which de...
This paper focuses on the properties of a crushable, uncemented, carbonate sand, retrieved from an ...
International audienceCharacterizing the elastic properties of carbonate rocks is a crucial paramete...
In the construction of artificial islands in distant seas, calcareous sand has been widely used as a...
In various parts of the globe, carbonate sands are found at shallow sea water depth. These types of ...
Oil and gas shales are a class of multiscale, multiphase, hybrid inorganic-organic sedimentary rocks...
Petrophysical properties of carbonate reservoirs are less predictable than the properties of silisic...
High factors of safety and conservative methods are commonly used on foundation design on shelly car...
This study examines a Kuwaiti carbonate reservoir that is classified as a tight reservoir. In one co...
Shelly carbonate sands are highly compressible soils due to the susceptibility of their loose and in...