The main aim of this work is to elaborate predictive tools allowing sensitivity estimation of energetic materials submitted to various stimuli. The main work concerns the calculation of targeted properties of materials having a probable effect on sensitivity predictions. Especially the physico-chemical properties, the thermodynamic properties and properties related to electrostatic potential of the molecule. Prediction is done using correlations established for impact, shock wave, electrostatic discharge, thermal stress and friction. The results are overall good given the current limitations on the subject. Especially there is a lack of quality experimental data and methods for physico-chemical property calculations of energetic materials.T...
We present our approach to develop a predictive capability for hazards -- thermal and non-shock impa...
In this paper, we report a quantitative structure-property relationship (QSPR) model development for...
The sensitivity of energetic materials to initiating stimuli is one of the tests with binary respons...
The main aim of this work is to elaborate predictive tools allowing sensitivity estimation of energe...
L’objectif principal de cette thèse est d’élaborer des outils prédictifs permettant d’estimer la sen...
This paper provides an overview of the main developments over the past nine years in the study of th...
Energetic materials (EMs) release considerable energy during their decomposition. For this reason, w...
It has been known for decades that high performances for explosives (as characterized by detonation ...
The calculation of detonation characteristics of condensed explosives requires the use of equations ...
On 17 high-nitrogen energetic materials (including six azido-derivatives), the paper demonstrates th...
Among 28 polynitroarenes and their derivatives relationships are demonstrated between their impact, ...
The ease with which an energetic material (explosives, propellants, and pyrotechnics) can be initiat...
On 15 high nitrogen and three polynitrated polyazaarenes (including six azido-derivatives), the pape...
High explosives release mechanical energy through chemical reactions. Applications of high explosive...
This thesis is focused on the shock to detonation transition of aluminized plastic bonded high explo...
We present our approach to develop a predictive capability for hazards -- thermal and non-shock impa...
In this paper, we report a quantitative structure-property relationship (QSPR) model development for...
The sensitivity of energetic materials to initiating stimuli is one of the tests with binary respons...
The main aim of this work is to elaborate predictive tools allowing sensitivity estimation of energe...
L’objectif principal de cette thèse est d’élaborer des outils prédictifs permettant d’estimer la sen...
This paper provides an overview of the main developments over the past nine years in the study of th...
Energetic materials (EMs) release considerable energy during their decomposition. For this reason, w...
It has been known for decades that high performances for explosives (as characterized by detonation ...
The calculation of detonation characteristics of condensed explosives requires the use of equations ...
On 17 high-nitrogen energetic materials (including six azido-derivatives), the paper demonstrates th...
Among 28 polynitroarenes and their derivatives relationships are demonstrated between their impact, ...
The ease with which an energetic material (explosives, propellants, and pyrotechnics) can be initiat...
On 15 high nitrogen and three polynitrated polyazaarenes (including six azido-derivatives), the pape...
High explosives release mechanical energy through chemical reactions. Applications of high explosive...
This thesis is focused on the shock to detonation transition of aluminized plastic bonded high explo...
We present our approach to develop a predictive capability for hazards -- thermal and non-shock impa...
In this paper, we report a quantitative structure-property relationship (QSPR) model development for...
The sensitivity of energetic materials to initiating stimuli is one of the tests with binary respons...