As a modern, efficient method for designing reliable pressure vessels for longer service, the DBA-DR takes into account the fact that the "usual" materials in pressure vessel technology are ductile.
CCFE and others have started to develop an in-house design code for the use of brittle materials in pressure vessels, this paper discusses the rationale behind the rules.
Due to the favorable design of the hyperbolic contraction, pressure transducers can be incorporated directly into the flow channels, which prevents material accumulation in pressure holes.
The plate impact experiment is an important way to measure the equation of state of solid material in high pressure.
The inertialess immiscible displacement of a viscoplastic material by a second viscoplastic material in a pressure-driven capillary plane channel is numerically analyzed.
Phospholipids or their derivatives, which are covalently immobilized to the surfaces of porous silica microspheres, served as a column material in high-pressure liquid chromatography.
Traditional material balance methods incorporate shut-in pressure data.
It can provide information for optimising the material mechanical properties in pressure garment design and development, give a clue to understand the mechanisms of pressure action on hypertrophic scars and ultimately improve the medical functions of pressure garment.
Both effects may result in an increased fire risk of combustible solid materials in reduced pressure environments that warrant further investigation.
However, it is evident that although there is considerable experience of testing materials in lower pressure gaseous CO2 in the oil and gas industry, there is little understanding of the behaviour of pipeline materials when in contact with impure CO2 captured either from power plants or the oil and gas industry.
