Motivation: predictive capability Want to predict initiation, detonics and performance given: {sm_bullet} Variations in composition {sm_bullet} Variations in morphology {sm_bullet}Different loading conditions Previous work on PBX and ANFO: need physically-based model rather than just mechanical calibration
In the framework of low velocity impact studies, dedicated to safety analyses of plastic bonded expl...
To increase the insensitivity of modern munitions polymer bonded high explosives (PBX)are used more ...
The paper presents investigation of shock initiation effects on highly energetic material LX-04, an ...
Hydrocode calculations we used to simulate initiation in single- and double-shock experiments on sev...
To give a wide predictive capability, continuum mechanical models of the dynamic loading of explosiv...
Mesoscale models are needed to predict the effect of changes to the microstructure of plastic-bonded...
Two models for the initiation process are compared to results of experimental studies of initiation ...
Part of the difficulty in developing physically based models of shock initiation which have genuine ...
We have used a two-dimensional Eulerian hydrocode to explore the utility of various micro-mechanical...
The computing power now available has led researchers to reconsider mesoscale simulations as a means...
Shock initiation measurements have been made on granular HMX (octotetramethylene tetranitrainine) fo...
A thermodynamically consistent equation of state for {beta}-HMX, the stable ambient polymorph of HMX...
The ignition sensitivity of heterogeneous energetic materials subject to shock loading is analyzed u...
Models for shock initiation in explosives must consider how energy transfers from products to reacta...
This dissertation, while sometimes broad in scope, attempts to tie together the author’s work with t...
In the framework of low velocity impact studies, dedicated to safety analyses of plastic bonded expl...
To increase the insensitivity of modern munitions polymer bonded high explosives (PBX)are used more ...
The paper presents investigation of shock initiation effects on highly energetic material LX-04, an ...
Hydrocode calculations we used to simulate initiation in single- and double-shock experiments on sev...
To give a wide predictive capability, continuum mechanical models of the dynamic loading of explosiv...
Mesoscale models are needed to predict the effect of changes to the microstructure of plastic-bonded...
Two models for the initiation process are compared to results of experimental studies of initiation ...
Part of the difficulty in developing physically based models of shock initiation which have genuine ...
We have used a two-dimensional Eulerian hydrocode to explore the utility of various micro-mechanical...
The computing power now available has led researchers to reconsider mesoscale simulations as a means...
Shock initiation measurements have been made on granular HMX (octotetramethylene tetranitrainine) fo...
A thermodynamically consistent equation of state for {beta}-HMX, the stable ambient polymorph of HMX...
The ignition sensitivity of heterogeneous energetic materials subject to shock loading is analyzed u...
Models for shock initiation in explosives must consider how energy transfers from products to reacta...
This dissertation, while sometimes broad in scope, attempts to tie together the author’s work with t...
In the framework of low velocity impact studies, dedicated to safety analyses of plastic bonded expl...
To increase the insensitivity of modern munitions polymer bonded high explosives (PBX)are used more ...
The paper presents investigation of shock initiation effects on highly energetic material LX-04, an ...