rootbrowseIAC-17A6session 33. Hypervelocity Impacts and ProtectionPapers1. Review of MMOD Shielding of the Chinese Space Station2. Predicting the Consequences of Micrometeoroid and Orbital Debris Penetrations on the International Space Station3. hypervelocity impact damage pattern recognition in aluminum alloy plates based on d-s evidence theory and bp neural network4. Study on the performance of shielding configuration for reducing the fixing weight of fiber layer5. The influence of mechanical laminate properties on the hypervelocity impact resistance of Fiber Metal Laminates6. Characterizing DebriSat Fragments: So many fragments, so much data, and so little time7. Optical Fragment Tracking in Hypervelocity Impact Experiments8. Experimental investigation on the damage characteristic of solar array under millimeter size orbital debris hypervelocity impact9. Microwave Emission from Hypervelocity Impacts Using Aluminum and Nylon for Target and Projectile Materials10. Spacecraft Debris Generation due to Materials Degradation for LEO Orbit Conditions. Risk assessment of sustained discharge on satellite’s power harnesses caused by space debris impacts