Keywords: موج انفجار; Blast wave; Super dynamic; Shock wave; Reflected tensile wave;
مقالات ISI موج انفجار (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: موج انفجار; Mitigation; Blast wave; Water; Energy transfer; CFD;
Keywords: موج انفجار; GLS(SF); generalized least square algorithm with special whitening filter; ICP; integrated circuits piezoelectric; Blast wave; Parasitic effect; Pressure sensor component; Modelling; Dynamic compensation;
Keywords: موج انفجار; Blast-induced TBI; Blast wave; Behavior; Neuropathology; Ultrastructural abnormalities;
Keywords: موج انفجار; Hydrogen; Vapour cloud explosion; Overpressure; Blast wave; Unconfined vapour cloud;
Keywords: موج انفجار; Blast Wave Generator; Blast Wave; Rubber Foam;
Experimental investigation on the onset of cellular instabilities and acceleration of expanding spherical flames
Keywords: موج انفجار; Flame acceleration; Cellular instability; Peclet number; Blast wave; Explosion;
Propagation of blast waves from a bursting vessel with internal hydrogen-air deflagration
Keywords: موج انفجار; Hydrogen; Bursting pressure; Blast wave; Overpressure; Impulse;
Keywords: موج انفجار; Steel frame building; explosive charge; blast wave; scaled distance; strain rate; progressive collapse; column loss;
Keywords: موج انفجار; Blast wave; Multi-material arbitrary Lagrangian Eulerian; Fluid structure interaction; Impulse; High-explosive;
Keywords: موج انفجار; Particle/polymer; Blast wave; Resonant response; Theoretical model; Numerical simulation;
Keywords: موج انفجار; Blast wave; Blast wave reflexions; Confined explosions; Industrial accidents; Blast mitigation; Finite element analysis;
Keywords: موج انفجار; Domino effect; Explosion; Overpressure; Blast wave; Escalation probability; Probits;
Keywords: موج انفجار; Blast wave; Explosions; Lab-scale experiments; TNT;
Keywords: موج انفجار; Cased charge; Blast wave; Casing effect; Equivalent charge; Numerical simulations; Scaling laws
Keywords: موج انفجار; Detonation; Initiation; Rotating detonation combustor; Blast Wave
Keywords: موج انفجار; BLEVE; Blast wave; Overpressure; Thermal equilibrium model; Numerical modeling;
Keywords: موج انفجار; Mitigation; Blast wave; Water; Energy exchange; CFD;
Keywords: موج انفجار; Flame acceleration; Self-similar propagation; Expanding spherical flame; Blast wave; Explosion;
Keywords: موج انفجار; Flying vehicle; Blast safety; Diminished pressure; Blast wave;
Keywords: موج انفجار; Numerical simulation; Underwater explosion; Blast wave; Rarefaction wave; Free surface; Cavitation;
Keywords: موج انفجار; Blast injury; Shock tube; Blast wave
Keywords: موج انفجار; Blast wave; Laser; Vorticity;
Keywords: موج انفجار; Damage assessment for explosions; Three-dimensional simulation; Blast wave; Confined domain; Adaptive grid
Keywords: موج انفجار; Blast wave; Confined domain; Reduced scale experiment; 3D numerical simulation; Risk assessment;
Keywords: موج انفجار; Blast wave; Overpressure; Impulse; Deterministic separation distance; Hydrogen; Model; CFRP; carbon fibre reinforced polymer; CNG; Compressed Natural Gas; HRR; heat release rate; IR; infrared; LPG; liquefied petroleum gas; OEM; Original Equipment Manufact
Keywords: موج انفجار; Gas explosion; Flame acceleration; Blast wave; Flame instability; Soap bubble method;
Keywords: موج انفجار; Numerical modeling; Attenuation effect; Blast wave; Barrier; Energy estimation;
Keywords: موج انفجار; Blast wave; Plate–liquid system; Fluid–structure interaction; Cartesian methods; Reduced scale experiments
Keywords: موج انفجار; Multi-layer protective structure; Blast wave; Fragments; Synergistic effect; Failure pattern
Keywords: موج انفجار; Lower extremity injury; Bone fracture; Blast wave; Numerical modeling; Energy absorption;
Keywords: موج انفجار; Explosion; Blast wave; Multiphase flow; Particle imaging;
Quantitative consequence analysis using Sedov-Taylor blast wave model. Part I: Model description and validation
Keywords: موج انفجار; Blast wave; BLEVE; Overpressure; Sedov-Taylor model; Self-similar theory;
Experimental investigation of consequences of LPG vehicle tank failure under fire conditions
Keywords: موج انفجار; Blast wave; BLEVE; Consequences; Explosion; Fragments; LPG;
Application of the developed CFD analysis methodology to H2 explosion accidents in an open space
Keywords: موج انفجار; Hydrogen explosion; Blast wave; Peak overpressure; Safety distance; Very high temperature reactor; CFD analysis;
Consequences assessment of explosions in pipes using coupled FEM-SPH method
Keywords: موج انفجار; Pipe explosion; Consequences assessment; Blast wave; Dynamic fracture; Smoothed particle hydrodynamics;
A closer look at BLEVE overpressure
Keywords: موج انفجار; BLEVE; Blast wave; Overpressure; Modeling; Moving shock; Stationary shock
Conceptual design of a Rayleigh–Taylor experiment to study bubble merger in two dimensions on NIF
Keywords: موج انفجار; Rayleigh–Taylor; Blast wave; Hydrodynamic instability; HEDP laboratory experiments; National Ignition Facility
Flame acceleration in unconfined hydrogen/air deflagrations using infrared photography
Keywords: موج انفجار; Flame acceleration; Self-acceleration; Flame front instability; Blast wave; Gas explosion; Hydrogen
Fundamental study on accidental explosion behavior of hydrogen-air mixtures in an open space
Keywords: موج انفجار; Gas explosion; Unconfined explosion; Overpressure; Blast wave; Flame instability; Soap bubble method
Rapid miniature fiber optic pressure sensors for blast wave measurements
Keywords: موج انفجار; Fiber optic sensor; Fabry-Perot; Blast wave; Pressure sensor; Traumatic brain injury
Investigation of the properties of the accidental release and explosion of liquefied dimethyl ether at a filling station
Keywords: موج انفجار; Dimethyl ether; DME; Flame propagation; Blast wave; Heat flux; Fireball
Numerical investigation for pressure mitigation effects of dike on blast wave
Keywords: موج انفجار; Blast wave; Blast mitigation; Dike; Protective wall
Towards a fast-running method for blast-wave mitigation by a prismatic blast wall
Keywords: موج انفجار; Explosion; Blast wave; Computational fluid dynamics; Small-scale experiments; Fast-running; Protection barrier; Gaseous detonation
Numerical simulation of blast wave oscillation effects on a premixed methane/air explosion in closed-end ducts
Keywords: موج انفجار; Blast wave; Oscillation; Reflection wave; Overpressure; Gas explosion
The influence of heterogeneous meninges on the brain mechanics under primary blast loading
Keywords: موج انفجار; A. Layered structures; B. Mechanical properties; B. Interface/interphase; C. Finite element analysis; Blast wave;
A method for measuring the impulse on structural foundations due to a blast wave
Keywords: موج انفجار; Foundations; Blast wave; Diaphragm gauge
Working toward exposure thresholds for blast-induced traumatic brain injury: Thoracic and acceleration mechanisms
Keywords: موج انفجار; Blast injury; Traumatic brain injury; TBI; Behind armor blunt trauma; Blast wave; Ballistic pressure wave
Numerical simulation of large scale hydrogen detonation
Keywords: موج انفجار; Numerical simulation; Detonation; Tunnel; Cloud; Blast wave; Drag impulse;
Clustering and combustion of dilute aluminum particle clouds in a post-detonation flow field
Keywords: موج انفجار; Explosive; Blast wave; Ignition; Clustering; Hydrodynamic instability