Orbital Debris Environment for Spacecraft Designed to Operate in Low Earth Orbit
Donald J. Kessler, Robert C. Reynolds, Phillip D. Anz-Meador
Abstract
Donald J. Kessler, Robert C. Reynolds, Phillip D. Anz-Meador
Abstract
The orbital debris environment model is intended to be used by the spacecraft community for the design and operation of spacecraft in low Earth orbit. This environment, when combined with material-dependent impact tests and spacecraft failure analysis, is intended to be used to evaluate spacecraft vulnerability, reliability, and shielding requirements. The environment represents a compromise between existing data to measure the environment, modeling of this data to predict the future environment, the uncertainty in both measurements and modeling, and the need to describe the environment so that various options concerning spacecraft design and operations can be easily evaluated.
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The orbital debris environment model is intended to be used by the spacecraft community for the design and operation of spacecraft in low Earth orbit. This environment, when combined with material-dependent impact tests and spacecraft failure analysis, is intended to be used to evaluate spacecraft vulnerability, reliability, and shielding requirements. The environment represents a compromise between existing data to measure the environment, modeling of this data to predict the future environment, the uncertainty in both measurements and modeling, and the need to describe the environment so that various options concerning spacecraft design and operations can be easily evaluated.
Key concepts: Spacecraft, Space debris, Spacecraft design, Aerospace engineering, Orbit (dynamics), Low earth orbit, Computer science, Reliability (semiconductor)