目录
- Modeling on the shock wave in spheres hypervelocity impact on flat plates
- Insensitive high explosives:IV.Nitroguanidine—Initiation&detonation
- Effect of energy content of the nitraminic plastic bonded explosives on their performance and sensitivity characteristics
- Effect of wave shaper on reactive materials jet formation and its penetration performance
- A comparative study for the impact performance of shaped charge JET on UHPC targets
- The role of crystal lattice free volume in nitramine detonation
- Optimizing the defensive characteristics of mild steel via the electrodeposition of Zn—Si3N4 reinforcing particles
- Enhanced ignition behavior of reactive material projectiles impacting fuel-filled tank
- Effect of wire tension on different output responses during wire electric discharge machining on AISI 304 stainless steel
- Multi objective prediction and optimization of control parameters in the milling of aluminium hybrid metal matrix composites using ANN and Taguchi-grey relational analysis
- Drilling study on lightweight structural Mg/SiC composite for defence applications
- Numerical analysis of reactive turbulent flow in the thrust chamber of RD-108 engine rocket
- On the friction effects on rigid-body penetration in concrete and aluminium-alloy targets
- A review:On path planning strategies for navigation of mobile robot
- Research on the floating performance of a novel large caliber machine gun based on the floating principle with complicated boundary conditions
- Surface modification of ammonium nitrate by coating with surfactant materials to reduce hygroscopicity
- Nuclear radiation shielding effectiveness and corrosion behavior of some steel alloys for nuclear reactor systems
- The catalytic activity of transition metal oxide nanoparticles on thermal decomposition of ammonium perchlorate
- Electroless nickel fabrication on surface modified magnesium substrates
- Effect of tongue clearance on hydraulic performance of double support vortex pump
- Electrodynamic response study on railgun launcher based on electromechanical coupling model
- Defence Technology