Analytical Model Designed to Predict the Probability of Explosion Propagation between Adjoining Single and Grouped Projectiles
Abstract
This report contains the information for the development of a model to predict the probability of explosion propagation between adjoining explosive items; namely, high explosive projectiles. The development of this model is based on the sensitivity of an encased charge to primary fragment impact. The original work done under contract to Arthur D. Little, Inc., was extended to provide a method of predicting the effectiveness of shielding on projectile spacing requirements and also to predict the probability of detonation at a higher confidence level. The potential use of the model is judged to be adequate to warrent further investigation. When used in a generalized way, the model can be a valuable tool in the design and layout of facilities for the manufacture and storage of explosive items.
Document Details
- Document Type
- Technical Report
- Publication Date
- May 01, 1982
- Accession Number
- ADA114951
Entities
People
- Frederick E. Sock
- Norval Dobbs
Organizations
- Ammann & Whitney