Introduction to Reusable Space

What is/are Reusable Space?

Reusable Space - Purpose – The development of reusable space launchers requires a comprehensive knowledge of transonic flow effects on the launcher structure, such as buffet. ^[1] The prototype design validation was carried out by constructing finite element models and analyzing their stress-strain state under maximum mechanical and thermal loads, which occurred during the launch and re-entry of the reusable spacecraft. ^[2] With the unexpected windfall, ESA will develop a reusable space cargo capsule, support the International Space Station until 2030, and join NASA in retrieving rocks from Mars. ^[3] RBCC (rocket-based combined cycle) comprising rocket, ramjet and scramjet engines is a propulsion technology that offers promise for reusable space launch systems owing to advantages over traditional propulsion in various aspects including efficiency and flexibility. ^[4] In the development of reusable space vehicle, one of the paramount goals is to achieve a minimum weight, reliable and robust design with required level of strength and stiffness. ^[5] To develop high emissivity coatings on fibrous ceramic substrates with improved thermal resistance for reusable space systems, WSi2–MoSi2–Si–SiB6-borosilicate glass coatings were prepared on fibrous ZrO2 by slurry dipping and subsequent high temperature rapid sintering. ^[6] Progress in spaceflight research has led to the introduction of various manned and unmanned reusable space vehicle concepts, opening up uncharted opportunities for the newborn space transport industry. ^[7] The article proposes the approach to selection and optimization of the airfoil for reusable space vehicle that operates at different speed regimes. ^[8] Exploiting an electrical propulsion technology consisting in Hall Thrusters (HTs), this reusable space cargo system can maximize the delivered payload, with a lower propellant consumption with respect to a chemical-based platform. ^[9] The Rocket-based Combined-cycle (RBCC) engine is regarded as one of the most efficient propulsion systems for reusable space transportation vehicles and hypersonic cruise vehicles. ^[10] It has become one of the most efficient propulsion systems for future reusable space transportation vehicles. ^[11]

reusable space vehicle

In the development of reusable space vehicle, one of the paramount goals is to achieve a minimum weight, reliable and robust design with required level of strength and stiffness. ^[1] Progress in spaceflight research has led to the introduction of various manned and unmanned reusable space vehicle concepts, opening up uncharted opportunities for the newborn space transport industry. ^[2] The article proposes the approach to selection and optimization of the airfoil for reusable space vehicle that operates at different speed regimes. ^[3]

reusable space cargo

With the unexpected windfall, ESA will develop a reusable space cargo capsule, support the International Space Station until 2030, and join NASA in retrieving rocks from Mars. ^[1] Exploiting an electrical propulsion technology consisting in Hall Thrusters (HTs), this reusable space cargo system can maximize the delivered payload, with a lower propellant consumption with respect to a chemical-based platform. ^[2]

reusable space transportation

The Rocket-based Combined-cycle (RBCC) engine is regarded as one of the most efficient propulsion systems for reusable space transportation vehicles and hypersonic cruise vehicles. ^[1] It has become one of the most efficient propulsion systems for future reusable space transportation vehicles. ^[2]