Shock wave - Globe Thesis

Keyword [Shock wave] Result: 181 - 200 \| Page: 10 of 10
181.	Research On The Wave Effect Of The Structure Design Of Body Armor
182.	Study On Couping Mechanism Of Flame Waves And Shork Waves Of Combustible Gas Explosion In Complex Structure Pipeline
183.	On The Fracture Mechanism Of Transparent Ceramics Under Shock Wave Compression
184.	Fragmentation Simulation Of Rocks And Minerals By High Voltage Pulsed Discharge In Water
185.	Research On Energy Loss Of Gas Flow From Outburst Through Holes Of Outburst Proof Door
186.	Dynamic Response Analysis Of UHMWPE Board Under The Combined Action Of Explosive Shock Wave And Fragment Penetration
187.	Research On The Characteristics And Conditions Of The Damage Failure Of The Outburst Shock Force On The Outburst Prevention Wind Door
188.	Numerical Simulation Of Projectile Impact On Honeycomb Aluminum Waveform And Waveform Optimization Design
189.	Research On The Propagation Law And Damage Effect Of Air Shock Wave In Large Underground Blasting
190.	Research On The Energy Release Law Of Aluminum-containing Explosives
191.	Characterization of blasts from laboratory-scale composite explosive charges
192.	The behavior of semiconductor nanocrystals under intense ultraviolet irradiation and shock wave compression
193.	Explosive shock-wave consolidation of aluminum powder/carbon nanotube aggregate mixtures: Optical and electron metallography
194.	Mechanical behavior of shock-wave consolidated nano and micron-sized aluminum/silicon carbide and aluminum/aluminum oxide two-phase systems characterized by light and electron metallography
195.	Atomistic modeling of the aluminum and iron oxide material system using classical molecular dynamics
196.	Fundamental microstructural issues associated with severe plastic deformation: Applications of transmission electron microscopy
197.	Electrical breakdown in polar liquids
198.	Shock wave propagation in periodically layered composites
199.	Shock wave interactions at explosive/metallic interfaces
200.	I. Rigid body penetration into brittle materials. II. Phase change effect on shock wave propagation
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