Publikationsansicht

A Revised Empirical Approach to Airblast Prediction. (1998)

Abstract
Airblast from buried chemical and nuclear detonations has been under systematic investigation for two decades. There now exists a sizable body of information collected during field experiments conducted over the years. The report contains a summary compilation of the available data for all significant large-yield events and synthesizes these data into an empirical prediction method. Since the airblast from buried detonations approaches a consistent attenuation at the longer ranges of interest for safety predictions, a purely empirical 'transmission factor' analysis based on consistent longer range data from subsurface detonations is used. (Author). See also AD-739 509.

Details der Publikation
Mitarbeiter ARMY ENGINEER EXPLOSIVE EXCAVATION RESEARCH OFFICE LIVERMORE CALIF
Archiv Defense Technical Information Center OAI-PMH Repository (United States)
Keywords EXPLOSIONS, (*DETONATION WAVES, PREDICTIONS), (*UNDERGROUND EXPLOSIONS, DETONATION WAVES), NUCLEAR EXPLOSIONS, SIMULATION, SOIL MECHANICS, SHOCK WAVES, BLAST, SPALLATION, EXPERIMENTAL DATA, OVERPRESSURE, AIRBURST, GROUND MOTION, DETRITUS
Sprache eng