Accession Number : AD0661452
Title : HYDRODYNAMIC EFFECTS OF NUCLEAR EXPLOSIONS. VOLUME III. APPLICATION CASES.
Descriptive Note : Final rept.,
Corporate Author : NATIONAL ENGINEERING SCIENCE CO PASADENA CA
Personal Author(s) : Le Mehaute, B. J. ; Whalin, R. W. ; Divoky, D. J.
Report Date : MAY 1966
Pagination or Media Count : 66
Abstract : The state of the art of predicting explosion-generated water waves and their run-up, was presented in the previous volumes of the report. The general conclusion was drawn that two extreme cases of coastal inundation threat exist. The first is that little danger exists for regions with a steeply rising shoreline adjacent to the broad expanse of relatively shallow water, e.g., on a bay, estuary, or wide continental shelf. Conversely, a threat does exist to areas with gentle beaches near deep water, e.g., at a very narrow continental shelf. This volume illustrates these considerations by application to two regions. (Author)
Descriptors : *HYDRODYNAMICS), (*NUCLEAR EXPLOSIONS, EXPLOSION EFFECTS, WATER WAVES, COASTAL REGIONS, SHALLOW WATER, BEACHES, DAMAGE ASSESSMENT, FLOODS.
Subject Categories : Nuclear Weapons
Distribution Statement : APPROVED FOR PUBLIC RELEASE