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Materials under High Pressure

The high-pressure-related problems of materials constitute a field at the confluence of several scientific disciplines. High pressure can be generated by die compression, high-velocity impact, or explosions. An understanding of materials under extreme high pressure, including flow, plastic deformati...

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Formato: Online
Idioma:inglês
Publicado em: MDPI - Multidisciplinary Digital Publishing Institute 2024
Assuntos:
space harpoon
impact
friction
embedding length
launch initial velocity
dynamic analysis
modal analysis
harmonic response analysis
electronic component
fault mechanism
reactive materials
Al-PTFE-W composites
tension failure
mechanical properties
Johnson–Cook modeling
reactive material
impact initiated chemical reaction
theoretical model
PTFE/Al/oxide
shock-induced
energy release characteristic
controlling effect
shock wave
THV-based reactive materials
mechanical performances
thermal analysis
reaction threshold
energy release behavior
reactive materials (RMs)
constitutive model
quasi-sealed chamber test
shock-induced reaction
jet
dynamic conditions
virtual origin
penetration mechanism
shaped charge projectile
velocity attenuation law
underwater explosion
trans-media
shaped charge
trapezoid cross-section
formation
X-ray
three-stage detonation driving model
double-layer prefabricated fragments
fragment initial parameters
explosion detonation
explosive dispersal
dry powder
mass ratio
particle jet
contact blast
coatings
fragment deformation behavior
dynamic response
protection performance
pure Ti
hetero-structure
deformation mechanism
twinning
high strain rate
n/a
thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: general issues
Acesso em linha:ONIX_20240514_9783725803941_355
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Resumo:The high-pressure-related problems of materials constitute a field at the confluence of several scientific disciplines. High pressure can be generated by die compression, high-velocity impact, or explosions. An understanding of materials under extreme high pressure, including flow, plastic deformation, phase transformation, fracture, temperature rise, and chemical reactions, is needed. This Special Issue on “Materials under High Pressure” collected recent research findings on the high-pressure-related problems of various materials. A collection of fourteen peer-reviewed research articles was included in this Special Issue. The main topics covered include processing technology, characterization, testing, theoretic modeling, and simulation.

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