Hypervelocity

Weight-Efficiency of Conventional Shielding Systems in Protecting Unmanned Spacecraft from Orbital Debris

Aleksandr Cherniaev, Igor Telichev

Citations: 52 • 2016

Understanding Hypervelocity Sampling of Biosignatures in Space Missions

Andrés Jaramillo-Botero, Morgan L. Cable, Amy E. Hofmann, Michael J. Malaska, Robert Hodyss, J. I. Lunine

Citations: 41 • 2021

Residual mechanical properties of a carbon fibers/PEEK space robotic arm after simulated orbital debris impact

Anne‐Marie Lanouette, Marie-Josée Potvin, Francis Martin, Dany Houle, Daniel Therriault

Citations: 22 • 2015

Evaluating UHMWPE-stuffed aluminium foam sandwich panels for protecting spacecraft against micrometeoroid and orbital debris impact

Jarrod Moonen, Shannon Ryan, L. Kortmann, Robin Putzar, Crystal Forrester, Simon Barter, Pier Marzocca, A. Shekhter, A.P. Mouritz

Citations: 20 • 2023

Hypervelocity impact of a pressurized vessel: Comparison of ballistic limit equation predictions with test data and rupture limit equation development

William P. Schonberg, J. M. Ratliff

Citations: 16 • 2015

Shock Tube and Ballistic Range Facilities at NASA Ames Research Center

Jay Grinstead, Michael C. Wilder, Daniel C. Reda, Charles J. Cornelison, Brett A. Cruden, David W. Bogdanoff

Citations: 11 • 2010

HYPERVELOCITY IMPACT TESTS ON COMPOSITE BOOM STRUCTURES FOR SPACE ROBOT APPLICATIONS

G D Shortliffe, R. C. Tennyson

Citations: 10 • 1997

Multi-shock Shield Performance At 14MJ for Catalogued Debris

Joshua E. Miller, Eric L. Christiansen, Bárbara Davis, Dana M. Lear, J.‐C. Liou

Citations: 4 • 2015

Micrometeoroid and Orbital Debris impact Damage Recording System

Gregory Swanson, Alan M. Cassell

Citations: 4 • 2011

Predicting the Rupture of Composite Plates following a Hypervelocity Impact

William P. Schonberg

Citations: 2 • 2017

DRAGONS - A Micrometeoroid and Orbital Debris Impact Sensor

J.‐C. Liou, Robert D. Corsaro, F. Giovane, Christopher R. Anderson, A. Sadilek, M. J. Burchell, J. Hamilton

Citations: 2 • 2015