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Hypervelocity then and now Impact on the earth,ocean and atmosphere An overview of the theory of hydrocodes Scalingflow fields from the impact of thin plates The response of materials to dynamic loading Hypervelocity penetration of plate targets by rod and rod-like projectiles A three-dimensional impact-penetration aigorithm with erosion The physics of hypervelocity lethalty Velocity scaling impact melt volume Hypervelocity penetration of ceramics Shock-induced solid-state chemical reactivity studiesusing time-resolved radiation pyrometry Development of the high-velocity gas-dynamics gun Survey of diagnostic tools used in hypervelocity impact studies Hypervelocity impact in metals,glass and composites A unified theory of penetration Fragment breakup Hypervelocity impact ofmixtures Advanced algorithms for computer simulation of hypervelocity impact Energy-efficientpenetraton and perforation of targets in the hypervelocity regime aFragmentation of rapidly expanding jets andsheets HOIL: A two stage,hydrodynamic,numerical scheme linking HEMP and SOIL Review of hupervelocity penetration theories Hypervelocity impact of rod projectiles with L/D from 1 to 32 Sensitivity of hypervelocity impact simulations to equation of state The scaling of impact phenomena Explosive gun laucher for impact studies Hypervelocity impact visualization with a new Cranz-Schardincamera Launcher technology,in-flight velocity measurement and impact diagnostics at the TUM/LRT Measured charge generation by small mass impact at velocities between 1 and 45km/s Historical overview ofhypervelocity impact diagnostic technology Eroding interface and improved tetrahedral element algorithms forhigh-velocityimpact computations in three dimensions History and application of hydrocodes in hypervelocity impact Theoretical equation of state for aluminum A simple model for the optimization of stand-offhypervelocity particle shields Stress measurements in glass using shaped-charge jets Numericalsimulations of small projectiles impacting a multilayered target at hypervelocities High-velocity solidejectafragments from hypervelocity impacts The size cistributions of fragments ejected at a given velocity from impact craters Application of a 100-kV electric gun for hypervelocity impact studies Debris clouds generated by hypervelocity impact of cylindrical projectiles with thin aluminum plates The development of aprojectile velocity measuring system for the RARDE No. 2 hypervelocity launcher Computer simulations of largeasteroid impacts into oceanic and continental sites - preliminary results on atmospheric, cratering and ejecta dynamics Some recent advances in the scaling of inpact and explosion cratering Micrometeorite impact simulation at EMI - a review Experimental planetary impact research Computer characterization of debris clouds resulting from hypervelocity impact Disintegration behavior of metal rods subjected to hypervelocity impact A simple defense conservative model for mass requirements of hypervelocity projectile impact shields for re-entry vehicles Constitutive model used in computer simulation of time-resolved, shock-wave data Review of modern hypervelocity impact facilities High-speed image-forming instrumentation for hypervelocity impact studies Hypervelocity impact testing using an electromagnetic railgun launcher Effects of vaporization on debris cloud dynamics Effecyt of an impact-generated gas cloud on entrained surface boulders and spall ejects Hypervelocity impact of small masses on large surfaces of piezoelectric ceramics Development of hypervelocity electromagnetic launchers Areview of explosive accelerators for hypervelocity impact Scale modeling of hypervelocity impact Anew hypervelocity shotgun The effect of projectile properties on target cratering A study of damage in composite panels produced by hypervelocity impact Attendees - HVIS Symposium Author Index Subject Index Index by Subject Category |