The Shock and Vibration Bulletin. Part 2. Ship Shock, Shock and Blast and Ground Shock
Abstract
Partial contents: Two-dimensional Shock Response of a Mass on Energy- Absorbing Shock Mounts; Optimum Design for Nonlinear Shock Mounts for Transient Inputs; Development of a Method for the Shock-Resistant Securing of Large Batteries in Submarines; Shipboard Shock Response of the Model Structure DSM--Experimental results versus responses predicted by eight participants; Direct Energy Minimization Approach to Whipping Analysis of Pressure Hulls; Water Impact Laboratory and Flight Test Results for the Space Shuttle Solid Rocket Booster Aft Skirt; An Objective Error Measure for the Comparison of Calculated and Measured Transient Response Histories; Alternative Shock Characterizations for Consistent Shock Test Specification; Shock Response Analysis by Personal Computer Using the Extended IFT Algorithm; Least Favorable Response of Inelastic Structures; Low Velocity, Explosively Driven Flyer Plate Design for Impact Fuze Development Testing; Experimental Investigation of Vibroimpact of Two Oscillators; Models for Shock Damage to Marine Structural Materials; The Effect of Mass Loading on the Shock Environment; Assessment of Seismic Survivability; Ground Shock Effect on Soil Field Inclusions; Penetration of Short Duration Airblast into Protective Structures; A Computational Procedure for Peak Instructure Motions and Shock Spectra for Conventional Weapons; and Preliminary Design Criteria and Certification Test Specifications for Blast Resistant Windows.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 01, 1984
- Accession Number
- ADA148132
Entities
Organizations
- United States Naval Research Laboratory