Design and Fabrication of Large Polymer Constructions in Space

1. Constructions in space2. Inflatable structures3. Materials in the space environment4. Chemical curing of composite materials on earth5. Chemical curing in a vacuum6. Chemical curing in plasma and ion beams7. Chemical curing in temperature variations8. Chemical curing in flights9. Composite wall structures10. Curing process in earth orbit11. Evaluation of construction 12. Large space habitat13. Supporting space structures14. Ground infrastructure15. Prospective finances and investment

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• Química física
• Tecnologia dos plásticos e polímeros
• Ciência dos materiais
• Física da Matéria Condensada (física do estado sólido e estado líquido)

Antenna; Carbon fiber; Closed ecological system; Composite; Cosmic rays; Cosmodrome; Cost; Curing kinetics; Curing process; Curing; Defect detection; Deployment; Epoxy resin; Evaporation; Exothermic effect; Far space; Folding machine; Folding; Free space; Glass fiber; Hardener; Human flights; Human habitat; Inflatable construction; Inflating process; Interstellar spaceship; Investment; Ion beam; Irradiation heat transfer; Large production facility; Large space construction; Life support system; Low Earth orbit; Mars; Material for space; Method of analysis; Moon; Plasma; Profit; Quality control; Repair; Rigidization; Solar panel; Solar sail; Space business; Space construction; Space flight; Space garage; Space station; Space vacuum; Space vehicle; Spaceflight simulator; Spaceflight; Stratosphere; Stratospheric flight; Strength; Temperature of space construction; Thermal shield; Transport container; Utilization; UV curing; Vacuum; Venus; Winding machine; Winding