The Munitions Safety Information Analysis Center (MSIAC) is preparing a report that collects the most common age-induced degradation mechanisms, as they pertain to the most common materials applied to munition systems.
As part of energetic material qualification, this paper will review recent discussions with respect to the required parameters for modeling energetic materials, the methodology required in acquiring these parameters, the current processes that demand experimentation, and what is still needed to b
This report documents MSIAC’s generation of a consolidated guide to energetic material parameters needed for typical IM modeling and simulation efforts. An explanation of tests and experiments to determine the parameters will also be included.
This paper updates progress to date on MSIAC’s generation of a consolidated guide to energetic material parameters needed for typical insensitive munitions (IM) modelling and simulation efforts. An explanation of tests and experiments to determine the parameters will also be included.
This document compiles work among MSIAC and NATO member nations over the last 20 years in the field of munition cook-off simulation. We have collected representative publications, papers, presentations, and other information on the topic, provide a cursory analysis of the breadth of efforts
MSAS is a library of NATO STANAGs and APs (Allied Publications), other international standards, national standards, international treaties and laws related to munitions and particularly munitions safety. MSAS also contains information on the NATO bodies working on these issues
Vebjörn Hanssen (NO) (Now with Defence System Management Division, Norway)Patrick Touzé (Project Manager) Angeline Liekens (Information Specialist)