Numerical investigation of shock-wave load attenuation by barriers

Keyphrases

• Shock Waves 100%
• Numerical Investigation 100%
• Shock Wave Loads 100%
• Load Attenuation 100%
• Incident Shock Wave 80%
• Baffle Plate 60%
• Attenuation 40%
• Blast Wave 40%
• Explode 40%
• Induced Flow 40%
• Endwall 40%
• Shock Wave Attenuation 40%
• Shock Attenuation 40%
• Wave Pattern 40%
• Physical Elements 40%
• Geometry Effect 20%
• Numerical Code 20%
• Porosity 20%
• Abrupt Change 20%
• Shock Wave Interaction 20%
• Shock Tube 20%
• Head-on Collision 20%
• Size-and-shape 20%
• Bomb 20%
• Geometry Optimization 20%
• Airplane 20%
• Terrorist Attacks 20%
• Civilian Population 20%
• Overpressure 20%
• Complex Waves 20%
• Explosive Devices 20%
• Military Structures 20%
• Particle Suspension 20%
• Tube Walls 20%
• Plate Array 20%
• Rigid Barrier 20%
• Shock Mach number 20%
• Protection Technology 20%
• Wave Loads 20%
• Shadowgraphy 20%
• Grid Plate 20%
• Inviscid Flow Model 20%
• Porous Barrier 20%
• Orifice Plate 20%
• Bent Duct 20%
• Complex Flow Field 20%
• Civil Structures 20%
• Damages to Structures 20%
• Perforated Tube 20%
• Military Bunker 20%
• Wave Barrier 20%
• Local Experimentation 20%

Engineering

• Baffle Plate 100%
• Propagating Wave 66%
• Blast Wave 66%
• Physical Element 66%
• Flow Field 33%
• One Dimensional 33%
• Porosity 33%
• Flow Model 33%
• Geometry Optimization 33%
• Aircraft 33%
• Mach Number 33%
• Structure Type 33%
• Experimental Work 33%
• Duct 33%
• Test Section 33%
• Inviscid Flow 33%
• Orifice Plate 33%
• Shadowgraph 33%
• Particle Suspension 33%