Incluye Bibliografía

Granular mechanics of JSC-1 mars regolith simulants -- Mapping lunar lander plume ejecta trjectories to lunar suface elevations -- Geometrical characteristics of lunar and martian regolith simulants -- Experimentally evaluating granular scaling laws for predicting lunar-gravity wheel performance in cohesive regolith -- Uniform dust deposition system for dust tolerance studies -- Demonstration of capability to simulate particle irregular shape and poly-disperse mixtures within lunar lander plume-surface interaction --Aplicability of simulants in developing lunar systems and infrastructure: geotechnical measurements of lunar highlands simulant LHS-1 -- Lunar dust simulants and their applications -- Traction of interlocking spikes on a granular material -- Static and kinetic fricition coefficientes for regolith delivery into a molten regolith electrolysis reactor -- Power measurenments to excabate lunar soil simulant GRC-3B using are backhoe trajectories -- Magnetic and microwave susceptibilities of lunar simulants and their constituents for use in creting building materials via beneficiation -- The specialized penetrometer instrument: SAMPLR and beyond -- Discrete element modeling of drilling process into the lunar regolith simulants of JSC-1A -- RTGradiator efficiency in the presence of lunar dust -- Exploration and utilization of extraterrestrial bodies -- Penetration analysis of high-frequency vibro-based probes in granular media using the discrete element method -- SPARTA-A new geotechnical tool for subsurface exploration -- Analysis of sintered hawaiian baslt building blocks for landing pad use and recommendations for improvement -- Some key explorations in planetary rover autonomy for ISRU roles on the moon -- Discrete element method and multi-body dinamics co-simulation framework for regolith-tool interaction modeling -- Repurposing drilling control diagnostics for subsurface edge detection and boundary advisement during planetary drilling -- Ablative arc mining for in situ reource utilization -- Testing of a bucket ladder excavation mechanism for lunar applications --Rock breaking techniques using high concentrated energy sources for space mining applications -- Method for thermal modeling and volatile measurement of lunar regolith -- Field testing of simulated lunar ice characterization using ground penetrating rada technology -- Leaching of lunar regolith for synthetic phyllosilicates on the moon -- Local Resource utilization of lunar regolith for manufacturing at the point-of-need of metal matrix composites -- NASA science technology development programs for ocean worlds exploration -- A review of extra-terrestrial regolith excabation concepts and prototypes -- Lateal stability of vehicle with interlocking spikes -- Leaching of lunar regolith for synthetic phyllosilicates on the moon -- Local resource utilization of lunar regolith for manufacturing at the point-of-need of metal matrix composites -- NASA science technology development programs for ocean worlds exploration -- A review of extra-terrestrial regolith excavation concepts and prototypes -- Lateral stability of vehicle with interlocking spikes -- Liberation of mineral-bound water of the meridiani planum driven by process heat from carbonylation steel-making and concentrated photovoltaic electricity generation -- Redwater: extraction of water from mars'ice deposits -- Rapid extraction of volatiles from excavated icy regolith using a rotary extraction drum -- Volatile prospecting through thermal properties of subsurface icy regolith -- Site characterization for the redwater ISRU system -- ISRU pilot excavator: bucket drum scaling experimental results -- practical space resource utilization at the hundred megatonne scale: enabling a planetary sunshade to reverse global warming -- SMART: instrumented drill for ISRU investigarions on the moon -- Influence of ice distribution on thermal mining performance and strategies to counter sublimation lag -- Commissioning and testing a new dusty thermal vacuum chamber with inclusion of icy regolith -- Molten regolith electrolysis using concentrated solar heating -- TRIDENT drill for VIPER and PRIME-1 missions to the moon -- Advanced materials and designs for aerospace and terrestrial structures under extreme environments -- A novel partitioned approach for reduced order model-finite element model (ROM-FEM) and ROM-ROM coupling -- Lessons learned and best practices for utilizing a generalized composite impact model -- Modeling and analysis of a nonlinear locally reonant metamatrial with inductance shunat -- Ballistic impact simulations of a titanium 6A1-4V generic fan blade fragment on an aluminum 2024 panel using *MAT_224 in LS-DYNA -- Prediction of fracture location of duplex stainless steel welds -- Study of aircraft structural response and occupant loading during a water sitching event utilizing -- LS-DYNA simulation -- A compact delayed photocurrent model based on a reduced order data-driven exponenctial time integrator -- Turk salty concrete (TSC) can isolate the freshwater interface against the sea water intrusion and salty formantions -- Structurs in challenging environments: Dynamics, controls, smart structures, health monitoring, and sensors -- Risk-based structural optimizaation framework for connected structural system subjected to extreme events -- Viability of construction material within an extraterrestrial environment -- Detection of corrosion-induced damge in bolted steel structure using piezoceramic transducers -- Seismic and resilient property analysis of SMA-Based replaceable BRBs -- Seismic evaluation of lava tubes subjected to moonquakes -- Examination of smart sandbags for semi-permanent structures on the lunar suface -- Automatic reading method for pointer meter based on computer vision -- Identification method for displacement of substation structure based on machine vision -- Space engineering, construction, and archtecture for the moon, mars and beyond -- Applying architectural design and construction principles to lunar and martian construction -- A summary of technical requirements, environmental factors, and loading for lunar infrastructure -- Stone, brick, and concrete masonry on mars -- Structural and durability properties of MgO-AI2SiO3 concrete for ISRU martian construction -- Lunar demandite-You gotta make this using nothing but that -- Is in situ electronics fabrication feasible on the moon? -- Solar power satellites-rotary joints, magnetrons, and all-from lunar resources? -- In situ lunar launch and landing pad construction with regolith-thermoset polymer composite materials -- Microwave sintering of a lunar regolith simulant for ISRU constrution: multiscale characterization and finite element simulation -- Planetary construction 3D printing using lunar and martian in situ materials -- Design, development, and in situ testing of lunar technologies -- Investigation of martian concrete: pumpability and strength for extraterrestrial 3D printing -- Lunar base construction planning -- Metamodels for rapid analysis of large sets of building designs for robotic constructability: trchnologu demonstration using the NASA 3D printed mars habitat challenge -- Mixed reality (XR) as a validation method for digital modeling of space habitats -- A review of additive manufacturing technologies for planetary construction -- Systems engineering of using sandbags for site preparation and shelter design for a modular lunar base -- Playing with DIRT: building the framework for a comprehensive materials database -- Minimal lunar infrastructure to facilitate the construction of sustainable structures -- Air pressure and temperature distribution within a dome habitat structure on the lunar surface -- Turkish lunar regolith simulant TBG-1 -- Diurnal temperature variation on an intact and damged lunar habitat structure -- Mars dune alpha: A 3D-printed habitat by ICON/BIG for NASA's crew health and performance exporation analog (CHAPEA).