DITAN: A TOOL FOR OPTIMAL SPACE TRAJECTORY DESIGN - ESA

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IntroductionStudy CasesWhat’s new?Final RemarksNew features:Improved user interface: easier editing of the input filesNew graphical user interface for trajectoryrepresentationTransfer coast arcs can be analytically propagated: fastersolution of MGA with chemical propulsionTransfer arcs can be imported and editedUniversity of Glasgow,Department of Aerospace Engineering, James Watt Building, Glasgow G12 8QQ,Tel. +44-141-330-6465 mail: m.vasile@aero.gla.ac.ukNew Features
IntroductionStudy CasesWhat’s new?Final RemarksNew features:Extended database of celestial bodies: asteroids and cometsdatabase, updatableNew sets of boundary conditions: numerically or analyticallypropagated orbitsNew set of objective functions: orbit insertion v with gravitylosses, staging.Atmospheric legs: aerocaptureRestricted three-body dynamicsUniversity of Glasgow,Department of Aerospace Engineering, James Watt Building, Glasgow G12 8QQ,Tel. +44-141-330-6465 mail: m.vasile@aero.gla.ac.ukNew Features
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DITAN: A TOOL FOR OPTIMAL SPACE TRAJECTORY DESIGN - ESA

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