INTRODUCING
RateStick
confined non-ideal explosives
Accurate modelling of detonation waves and confinement effects in arbitrary-sized charges
RateStick is a GPU-accelerated computational tool for direct numerical simulations of detonation waves in confined explosives. It enables the prediction of detonation characteristics in charges of arbitrary size and confining material.
Simulation capabilities
Simulation of explosive charge in a 2D slab or cylindrical geometry
Charge can be either unconfined (air) or confined by a range of materials options including metals and rocks
A range of realistic equations of state available for explosives and confining materials
Option for bespoke confinement and explosive materials
Two-phase modelling of explosives, by explicitly modelling reactants and products
RateStick has been validated against experimental data.
For more information, see our validation study.
DISCOVER
Features of RateStick
Accurate
Validated against experiments
Fast
Simulation time of just a few minutes
Custom Ingredients
Arbitrary combination of explosives and confiners
Mobile
Cloud-native, web-browser accessed anytime-anywhere simulations
Output
Intuitive simulation management interface and visualisation tools
CUTTING EDGE
Intuitive Graphical User Interface
CUTTING EDGE
Built-In Post-Processing And Dynamic Visualisation
RateStick in action
Watch our short demo to explore fast, browser-based simulations of confined explosives.
RateStick is now available with a Free Trial
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