https://crest.usc.edu/year_published/2020/ Advancing civil and commercial uses of space Thu, 06 Apr 2023 20:13:36 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 https://crest.usc.edu/wp-content/uploads/2022/11/elementor/thumbs/overheating-planet-earth-global-warming-campaign-mixed-media-4-pyfposhzfso9irvp1aazkklwyj9aow8che0ill8i8s.png https://crest.usc.edu/year_published/2020/ 32 32 https://crest.usc.edu/research/smat-m-russo-a-famutimi-o-puranik-i-osmundson-a-narain-a-bernacchia-d-rughani-r-and-barnhart-d-generation-ii-lunar-entry-approach-platform-for-research-on-ground-a/ https://crest.usc.edu/research/smat-m-russo-a-famutimi-o-puranik-i-osmundson-a-narain-a-bernacchia-d-rughani-r-and-barnhart-d-generation-ii-lunar-entry-approach-platform-for-research-on-ground-a/#respond Mon, 12 Oct 2020 19:58:42 +0000 https://crest.usc.edu/?post_type=research&p=1325 The post Smat, M., Russo, A., Famutimi, O., Puranik, I., Osmundson, A., Narain, A., Bernacchia, D., Rughani, R., Barnhart, D., “Generation-II Lunar Entry Approach Platform For Research On Ground: a novel concept for low cost, high longevity autonomous operations on the Moon,” 71st International Astronautical Congress (IAC) – The CyberSpace Edition, 2020. appeared first on CREST.

]]> The post Smat, M., Russo, A., Famutimi, O., Puranik, I., Osmundson, A., Narain, A., Bernacchia, D., Rughani, R., Barnhart, D., “Generation-II Lunar Entry Approach Platform For Research On Ground: a novel concept for low cost, high longevity autonomous operations on the Moon,” 71st International Astronautical Congress (IAC) – The CyberSpace Edition, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/smat-m-russo-a-famutimi-o-puranik-i-osmundson-a-narain-a-bernacchia-d-rughani-r-and-barnhart-d-generation-ii-lunar-entry-approach-platform-for-research-on-ground-a/feed/ 0 https://crest.usc.edu/research/smat-m-barnhart-d-villafan%cc%83a-l-overman-k-cellular-based-aggregated-satellite-system-the-design-and-architecture-of-a-three-degree-of-freedom-near-frictionless-testbed-for-ground-vali/ https://crest.usc.edu/research/smat-m-barnhart-d-villafan%cc%83a-l-overman-k-cellular-based-aggregated-satellite-system-the-design-and-architecture-of-a-three-degree-of-freedom-near-frictionless-testbed-for-ground-vali/#respond Sat, 01 Aug 2020 20:00:33 +0000 https://crest.usc.edu/?post_type=research&p=1331 The post Smat, M, Barnhart, D., Villafaña L., Overman, K., “Cellular Based Aggregated Satellite System: The Design and Architecture of a Three Degree of Freedom Near-Frictionless Testbed for Ground Validation of CubeSat Operations,” 34th Annual Small Satellite Conference. Logan, Utah, 2020. appeared first on CREST.

]]> The post Smat, M, Barnhart, D., Villafaña L., Overman, K., “Cellular Based Aggregated Satellite System: The Design and Architecture of a Three Degree of Freedom Near-Frictionless Testbed for Ground Validation of CubeSat Operations,” 34th Annual Small Satellite Conference. Logan, Utah, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/smat-m-barnhart-d-villafan%cc%83a-l-overman-k-cellular-based-aggregated-satellite-system-the-design-and-architecture-of-a-three-degree-of-freedom-near-frictionless-testbed-for-ground-vali/feed/ 0 https://crest.usc.edu/research/rughani-r-barnhart-d-a-safe-construction-in-space-using-swarms-of-small-satellites-for-in-space-manufacturing-34th-annual-small-satellite-conference-logan-utah-1-6-august/ https://crest.usc.edu/research/rughani-r-barnhart-d-a-safe-construction-in-space-using-swarms-of-small-satellites-for-in-space-manufacturing-34th-annual-small-satellite-conference-logan-utah-1-6-august/#respond Sat, 01 Aug 2020 19:59:24 +0000 https://crest.usc.edu/?post_type=research&p=1328 The post Rughani, R., Barnhart, D.A., “Safe Construction in Space: Using Swarms of Small Satellites for In-Space Manufacturing,” 34th Annual Small Satellite Conference. Logan, Utah, 2020. appeared first on CREST.

]]> The post Rughani, R., Barnhart, D.A., “Safe Construction in Space: Using Swarms of Small Satellites for In-Space Manufacturing,” 34th Annual Small Satellite Conference. Logan, Utah, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/rughani-r-barnhart-d-a-safe-construction-in-space-using-swarms-of-small-satellites-for-in-space-manufacturing-34th-annual-small-satellite-conference-logan-utah-1-6-august/feed/ 0 https://crest.usc.edu/research/villafana-l-yuan-j-broadus-l-su-w-carlton-c-norrell-a-rughani-r-barnhart-d-magneto-mapping-the-earths-magnetic-field-at-300km-using-cots-sensors-34/ https://crest.usc.edu/research/villafana-l-yuan-j-broadus-l-su-w-carlton-c-norrell-a-rughani-r-barnhart-d-magneto-mapping-the-earths-magnetic-field-at-300km-using-cots-sensors-34/#respond Sat, 01 Aug 2020 18:53:29 +0000 https://crest.usc.edu/?post_type=research&p=1217 The post Villafana, L., Yuan, J., Broadus, L., Su, W., Carlton, C., Norrell, A., Rughani, R., Barnhart, D., “MAGNETO: Mapping the Earth’s Magnetic Field at 300km using COTS Sensors,” 34th Annual Small Satellite Conference,  Logan, Utah, 2020. appeared first on CREST.

]]> The post Villafana, L., Yuan, J., Broadus, L., Su, W., Carlton, C., Norrell, A., Rughani, R., Barnhart, D., “MAGNETO: Mapping the Earth’s Magnetic Field at 300km using COTS Sensors,” 34th Annual Small Satellite Conference,  Logan, Utah, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/villafana-l-yuan-j-broadus-l-su-w-carlton-c-norrell-a-rughani-r-barnhart-d-magneto-mapping-the-earths-magnetic-field-at-300km-using-cots-sensors-34/feed/ 0 https://crest.usc.edu/research/barnhart-d-rughani-r-allam-j-and-clarke-k-initial-safety-posture-investigations-for-earth-regime-rendezvous-and-proximity-operations-journal-of-space-safety-engineering/ https://crest.usc.edu/research/barnhart-d-rughani-r-allam-j-and-clarke-k-initial-safety-posture-investigations-for-earth-regime-rendezvous-and-proximity-operations-journal-of-space-safety-engineering/#respond Mon, 13 Jul 2020 20:01:44 +0000 https://crest.usc.edu/?post_type=research&p=1335 The post Barnhart, D., Rughani, R. Allam, J., Clarke, K., “Initial Safety Posture Investigations for Earth Regime Rendezvous and Proximity Operations,” Journal of Space Safety Engineering, 2020. appeared first on CREST.

]]> The post Barnhart, D., Rughani, R. Allam, J., Clarke, K., “Initial Safety Posture Investigations for Earth Regime Rendezvous and Proximity Operations,” Journal of Space Safety Engineering, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/barnhart-d-rughani-r-allam-j-and-clarke-k-initial-safety-posture-investigations-for-earth-regime-rendezvous-and-proximity-operations-journal-of-space-safety-engineering/feed/ 0 https://crest.usc.edu/research/roudet-alexis-experimental-setup-of-a-new-laser-propulsion-concept-based-on-the-quantized-inertia-theory-report-submitted-for-french-air-force-academy-engineering-diploma-internsh/ https://crest.usc.edu/research/roudet-alexis-experimental-setup-of-a-new-laser-propulsion-concept-based-on-the-quantized-inertia-theory-report-submitted-for-french-air-force-academy-engineering-diploma-internsh/#respond Thu, 30 Jan 2020 20:03:41 +0000 https://crest.usc.edu/?post_type=research&p=1344 The post Roudet, A., “Experimental setup of a new laser propulsion concept based on the Quantized Inertia theory,” Report submitted for French Air Force Academy Engineering diploma Internship Requirements, 2020. appeared first on CREST.

]]> The post Roudet, A., “Experimental setup of a new laser propulsion concept based on the Quantized Inertia theory,” Report submitted for French Air Force Academy Engineering diploma Internship Requirements, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/roudet-alexis-experimental-setup-of-a-new-laser-propulsion-concept-based-on-the-quantized-inertia-theory-report-submitted-for-french-air-force-academy-engineering-diploma-internsh/feed/ 0 https://crest.usc.edu/research/russo-aloisia-multi-functional-self-reconfigurable-robotic-arm-ramses-and-adjoined-solar-panel-preliminary-design-for-lunar-entry-approach-platform-for-research-on-ground-thesis/ https://crest.usc.edu/research/russo-aloisia-multi-functional-self-reconfigurable-robotic-arm-ramses-and-adjoined-solar-panel-preliminary-design-for-lunar-entry-approach-platform-for-research-on-ground-thesis/#respond Thu, 30 Jan 2020 20:03:06 +0000 https://crest.usc.edu/?post_type=research&p=1341 The post Russo, A., “Multi-functional Self-reconfigurable Robotic Arm (RAMSEs) and adjoined solar panel preliminary design for Lunar Entry Approach Platform For Research On Ground,” Thesis submitted for the degree Master of Science in Space Engineering, Politecnico di Milano, 2020. appeared first on CREST.

]]> The post Russo, A., “Multi-functional Self-reconfigurable Robotic Arm (RAMSEs) and adjoined solar panel preliminary design for Lunar Entry Approach Platform For Research On Ground,” Thesis submitted for the degree Master of Science in Space Engineering, Politecnico di Milano, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/russo-aloisia-multi-functional-self-reconfigurable-robotic-arm-ramses-and-adjoined-solar-panel-preliminary-design-for-lunar-entry-approach-platform-for-research-on-ground-thesis/feed/ 0 https://crest.usc.edu/research/bernachia-david-design-of-thrust-vectoring-attitude-control-system-for-lunar-lander-flying-testbed-graduation-thesis-in-spacecraft-attitude-dynamics-and-control-universita/ https://crest.usc.edu/research/bernachia-david-design-of-thrust-vectoring-attitude-control-system-for-lunar-lander-flying-testbed-graduation-thesis-in-spacecraft-attitude-dynamics-and-control-universita/#respond Thu, 30 Jan 2020 20:02:29 +0000 https://crest.usc.edu/?post_type=research&p=1338 The post Bernachia, D., “Design of Thrust Vectoring attitude control system for Lunar Lander flying testbed,” GRADUATION THESIS in Spacecraft Attitude Dynamics and Control, UNIVERSITA’ DI BOLOGNA, 2020. appeared first on CREST.

]]> The post Bernachia, D., “Design of Thrust Vectoring attitude control system for Lunar Lander flying testbed,” GRADUATION THESIS in Spacecraft Attitude Dynamics and Control, UNIVERSITA’ DI BOLOGNA, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/bernachia-david-design-of-thrust-vectoring-attitude-control-system-for-lunar-lander-flying-testbed-graduation-thesis-in-spacecraft-attitude-dynamics-and-control-universita/feed/ 0 https://crest.usc.edu/research/barnhart-d-and-rughani-r-on-orbit-servicing-ontology-applied-to-recommended-standards-for-satellites-in-earth-orbit-journal-of-space-safety-engineering-2020/ https://crest.usc.edu/research/barnhart-d-and-rughani-r-on-orbit-servicing-ontology-applied-to-recommended-standards-for-satellites-in-earth-orbit-journal-of-space-safety-engineering-2020/#respond Thu, 30 Jan 2020 18:51:28 +0000 https://crest.usc.edu/?post_type=research&p=1213 The post Barnhart, D., Rughani, R., “On-orbit servicing ontology applied to recommended standards for satellites in earth orbit,” Journal of Space Safety Engineering, 2020. appeared first on CREST.

]]> The post Barnhart, D., Rughani, R., “On-orbit servicing ontology applied to recommended standards for satellites in earth orbit,” Journal of Space Safety Engineering, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/barnhart-d-and-rughani-r-on-orbit-servicing-ontology-applied-to-recommended-standards-for-satellites-in-earth-orbit-journal-of-space-safety-engineering-2020/feed/ 0 https://crest.usc.edu/research/rughani-r-barnhart-d-a-using-genetic-algorithms-for-safe-swarm-trajectory-optimization-30th-aiaa-aas-space-flight-mechanics-meeting-orlando-florida-6-10-january-2020/ https://crest.usc.edu/research/rughani-r-barnhart-d-a-using-genetic-algorithms-for-safe-swarm-trajectory-optimization-30th-aiaa-aas-space-flight-mechanics-meeting-orlando-florida-6-10-january-2020/#respond Mon, 06 Jan 2020 20:07:10 +0000 https://crest.usc.edu/?post_type=research&p=1350 The post Rughani R., Barnhart, D.A. “Using Genetic Algorithms for Safe Swarm Trajectory Optimization,” 30th AIAA/AAS Space Flight Mechanics Meeting. Orlando, Florida, 2020. appeared first on CREST.

]]> The post Rughani R., Barnhart, D.A. “Using Genetic Algorithms for Safe Swarm Trajectory Optimization,” 30th AIAA/AAS Space Flight Mechanics Meeting. Orlando, Florida, 2020. appeared first on CREST.

]]> https://crest.usc.edu/research/rughani-r-barnhart-d-a-using-genetic-algorithms-for-safe-swarm-trajectory-optimization-30th-aiaa-aas-space-flight-mechanics-meeting-orlando-florida-6-10-january-2020/feed/ 0