Add to ORKGWe describe the results of a Scaled-Thermal-Explosion-eXperiment (STEX) for LX-10 (94.7 % HMX, 5.3 % Viton A) confined in an AerMet 100 (iron-cobalt-nickel alloy) tube with reinforced end caps. The experimental measurements are compared with predictions of an Arbitrary-Lagrangian-Eulerian (ALE3D) computer model. ALE3D is a three-dimensional multi-physics computer code capable of solving coupled equations describing thermal, mechanical and chemical behavior of materials. In particular, we focus on the processes linked to fracture and fragmentation of the AerMet tube driven by the LX-10 deflagration
Thermal damage was applied to LX-17 at 190 C for several hours. The damaged LX-17 samples, after coo...
The authors have improved their ability to model the response of energetic materials to thermal stim...
Shock initiation experiments on the HMX based explosives LX-10 (95% HMX, 5% Viton by weight) and LX-...
We completed a Scaled Thermal Explosion Experiment (STEX) and performed ALE3D simulations for the HM...
We performed a computational and experimental analysis of fast cookoff of LX-10 (94.7% HMX, 5.3% Vit...
Fast cookoff is of interest in the areas of fire hazard reduction and the development of directed en...
The authors compare two-dimensional model results with measurements for the thermal, chemical and me...
We have developed the Scaled Thermal Explosion Experiment (STEX) to provide a database of reaction v...
The violence of thermal explosions with energetic materials is affected by many material properties,...
Some energetic materials may explode at fairly low temperatures and the violence from thermal explos...
We measure the laminar deflagration rate of LX-17 (92.5 wt% TATB, 7.5 wt% Kel-F 800) at high pressur...
Experiments have been performed with LX-17 (92.5% TATB and 7.5% Kel-F 800 binder) to study scaling o...
Cross-comparison of the results of two computer codes for the same problem provides a mutual validat...
We are developing ALE3D models to describe the thermal, chemical and mechanical behavior during the ...
Thermal damage experiments were conducted on LX-04, LX-10, and LX-17 at high temperatures. Both pris...
Thermal damage was applied to LX-17 at 190 C for several hours. The damaged LX-17 samples, after coo...
The authors have improved their ability to model the response of energetic materials to thermal stim...
Shock initiation experiments on the HMX based explosives LX-10 (95% HMX, 5% Viton by weight) and LX-...
We completed a Scaled Thermal Explosion Experiment (STEX) and performed ALE3D simulations for the HM...
We performed a computational and experimental analysis of fast cookoff of LX-10 (94.7% HMX, 5.3% Vit...
Fast cookoff is of interest in the areas of fire hazard reduction and the development of directed en...
The authors compare two-dimensional model results with measurements for the thermal, chemical and me...
We have developed the Scaled Thermal Explosion Experiment (STEX) to provide a database of reaction v...
The violence of thermal explosions with energetic materials is affected by many material properties,...
Some energetic materials may explode at fairly low temperatures and the violence from thermal explos...
We measure the laminar deflagration rate of LX-17 (92.5 wt% TATB, 7.5 wt% Kel-F 800) at high pressur...
Experiments have been performed with LX-17 (92.5% TATB and 7.5% Kel-F 800 binder) to study scaling o...
Cross-comparison of the results of two computer codes for the same problem provides a mutual validat...
We are developing ALE3D models to describe the thermal, chemical and mechanical behavior during the ...
Thermal damage experiments were conducted on LX-04, LX-10, and LX-17 at high temperatures. Both pris...
Thermal damage was applied to LX-17 at 190 C for several hours. The damaged LX-17 samples, after coo...
The authors have improved their ability to model the response of energetic materials to thermal stim...
Shock initiation experiments on the HMX based explosives LX-10 (95% HMX, 5% Viton by weight) and LX-...