Explosive Charges TRIZ Cases
- Explosively Formed Blade Warhead for Rocket Interception
A warhead system generates high-velocity blade projectiles via explosive forming to intercept short-range rockets.
- Multi-portion Shaped Charge Liner for Tungsten Efficiency
A multi-portion liner uses segmented powder materials to optimize jet formation and perforation performance.
- Propellant Combining Explosive and Liquid for Focused Launch
A propellant system merges an explosive charge with a liquid to amplify propulsion through compression and evaporation.
- Amorphous Shaped Charge Liner for Deep Well Perforation
An amorphous-based material liner enhances jet stretch and maintains coherence during detonation.
- Multi-Shot Perforating Charge with Shared Walls
Multi-shot explosive charges use shared walls and colliding forces to increase perforation density while reducing gun size.
- Boron Shaped Charge Liner for Perforation
Boron intermetallic mixtures in shaped charge liners ensure complete energy release by avoiding adverse oxidation effects during detonation.
- Wireless Detonator Power Segmentation for Safety
Segmenting the power supply into distinct communication and firing outputs prevents inadvertent actuation while enabling reliable remote blasting operations.
- Sizing Mandrel Geometry for Low-Temperature Explosive Emulsion Packaging
Modified sizing mandrel with thinner walls and larger inner diameter accelerates explosive emulsion packaging throughput.
- Destructive Charge Kit for Bomb Disposal Logistics
Segmented housing and inserts allow on-site explosive metering, eliminating inhomogeneities that cause inconsistent penetration power.
- Additive Manufacturing of Energetic Materials for Shaped Charges
Construct energetic components with internal voids and distinct material layers to achieve precise penetration effects in wellbore perforations.
- Central Initiating Charge Void Design
A central initiating charge uses a longitudinal void to direct detonation waves via the channeling effect.