Technical rule
[WITHDRAWN]
ISO/TR 20590:2017-02
Space systems - Debris mitigation design and operation manual for launch vehicle orbital stages
German title
Raumfahrtsysteme - Design- und Betriebshandbuch für Antriebsstufen von Trägerraketen zur Vermeidung von Weltraummüll
Publication date
2017-02
Original language
English
Pages
33
Publication date
2017-02
Original language
English
Pages
33
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Content
Content (en)
Foreword
Introduction
Scope
Normative references
Terms and definitions
Related documents and abbreviated terms and symbols
Show subsection Close subsection Overview of ISO debris-related standards
ISO debris-related standards for launch vehicles as of 2016
Spacecraft related ISO standards
Other ISO standards
Other documents
Abbreviated terms
Requirements in ISO Standards and system-level methodologies for complying with the requirements
Show subsection Close subsection General
Refrain from releasing objects
Show subsection Close subsection Requirements
Work breakdown
Identification of released objects and design measures
Break-up prevention
Show subsection Close subsection Requirements
Work breakdown
Identification of the sources of break-up
Design measures
Monitoring during operations
Preventive measures for break-up after mission completion
Disposal manoeuvres at the end of operation
Show subsection Close subsection Requirements
Work breakdown
LEO mission
Show subsection Close subsection Estimate the orbital lifetime and define a disposal plan
Disposal planning
Disposal function and resources to transition to disposal orbit
Reliability of accomplishing disposal maneuver
GEO mission and other high-elliptical orbit missions
Show subsection Close subsection General
High elliptical GTO
Direct injection
Other elliptical orbits
Ground safety from re-entering objects
Show subsection Close subsection Requirements
Work breakdown
Preventive measures
Show subsection Close subsection Identification of requirements
Hazard analysis
Design measures
Show subsection Close subsection Design for demise
Prevention of environmental pollution on the ground
Specific design for controlled re-entry in subsystem level
Risk detection: Notification
Countermeasures: Controlled re-entry and Monitoring
Collision avoidance
Reliability and QA
Debris-related work in the development lifecycle
Show subsection Close subsection General
Concept of debris-related work in each phase
Mission Requirements Analysis Phase (pre-phase A)
Show subsection Close subsection General
Debris-related works
Feasibility phase (phase A)
Definition phase (phase B)
Show subsection Close subsection Work in phase B
Work procedure
Development phase (phase C)
Production phase (phase D)
Show subsection Close subsection Work in phase D
Qualification review
Launch service
Utilization phase (phase E)
Disposal Phase (phase F)
System-level considerations
Show subsection Close subsection System design
Mission analysis for each launch mission
Subsystem / Component design and operation
Show subsection Close subsection General
Show subsection Close subsection Scope
Debris-mitigation measures and subsystem-level actions for realizing them
Propulsion subsystem
Show subsection Close subsection Debris-related design
Considerations for propulsion subsystems
Show subsection Close subsection Refrain from releasing objects
Break-up prevention
Disposal maneuver
Ground safety and re-entry control
Considerations for component design
Show subsection Close subsection Liquid propulsion systems
Show subsection Close subsection Main liquid engine
Gas jet thrusters (and other low thrust engines or motors)
Design of propellant tanks
Design of pressure vessels
Design of valves and piping
Design of engine control avionics
Solid motors
Guidance and control subsystem
Show subsection Close subsection Debris-related designs
Considerations for the guidance and control subsystem
Show subsection Close subsection Disposal manoeuvres
Controlled re-entry
Electric power-supply subsystem
Show subsection Close subsection Debris related design
Considerations for power subsystems
Show subsection Close subsection Prevention of break-up
Disposal manoeuver and controlled re-entry
Consideration in component design
Show subsection Close subsection Design of batteries
Design of electronics
Communication subsystem
Show subsection Close subsection Debris-related designs
Design of communication subsystem
Show subsection Close subsection Support for disposal manoeuver
Supporting controlled re-entry
Considerations for component design
Show subsection Close subsection Measuring instruments
Command link
Structure subsystem
Show subsection Close subsection Design measures
Practices for structure subsystem
Show subsection Close subsection Intentional release of parts
Assurance of ground safety
Considerations for component design
Show subsection Close subsection Support truss, gimbal rod, and other structural elements
Dummy mass
Range safety subsystem (Self-destruct subsystem)
Show subsection Close subsection Debris-related designs
Consideration for command destruction subsystem
Considerations for component design
Bibliography
Cooperation at DIN
Please get in touch with the relevant contact person at DIN if you have problems understanding the content of the standard or need advice on how to apply it.
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