Defects in energetic materials or in other materials used in munitions systems are often a cause for concern. This includes voids, cracks, and foreign materials, as well as chemical, physical and or mechanical properties that are outside design tolerance specifications.
Accidental initiation of munitions via the heating of bridgewires by radiofrequency (RF) radiation (i.e. HERO) is well understood; far less work has been undertaken to determine how bulk energetic materials (cased or uncased) directly respond to exposure to RF radiation.
The NATO Munitions Safety Information Analysis Center (MSIAC) is a multinational collaboration that collects, stores, and analyses technical information related to Munitions Safety (MS) with a focus on Insensitive Munitions (IM).
The NATO Munitions Safety Information Analysis Center (MSIAC) is a multinational collaboration that collects, stores, and analyses technical information related to Munitions Safety (MS) and Insensitive Munitions (IM).
This Study was agreed by the MSIAC Steering Committee (SC) to support their need to have access to an independent, comparative review of approaches to Ageing and Life Assessment of Munitions across a representative number of (MSIAC) nations. The expected benefits of the study included:&nb
A major safety concerns for energetic materials present in gun launched munitions is the exposure to severe set-back forces which develop as the shell is accelerated. Table I presents a listing of typical projectile accelerations associated with different gun launches [1,2]. Under the
International policy, guidance, protocols and assessment on Insensitive Munitions are mandated or discussed and detailed in NATO policy documents. NATO policy is currently mandated in STANAG 4439, Policy for the Introduction and Assessment of Insensitive Munitions (IM), currently at Edition