Environment models are vital elements for any type of vehicle dynamics simulations, such as aircraft or satellites. Recently, applications have been developed, where these previously unrelated regimes of operation need to be integrated, for example in end-to-end simulations of launch vehicles. This paper therefore introduces the new DLR Environment Library, which implements common models of planets, geospheres, currents, kinematics, and physical effects for such applications. It provides a set of environment models with minimal dependencies, complete compatibility to the Modelica Standard Library, and convenient drag and drop usage. The DLR Environment Library is expected to immensely aid developing end-to-end simulation models integrating...
In early mission phases, simulation can greatly reduce cost and construction efforts, by reducing un...
A brief overview over some selected projects of DLR is given, where implementation and validation of...
After 10 years of its existence, this paper shall provide an overview over DLR Institute of Space Sy...
Environment models are vital elements for any type of vehicle dynamics simulations, such as aircraft...
The DLR FlightDynamics library, which has been used internally at the DLR Institute of System Dynami...
An overview of the new Modelica Flight Dynamics Library of the German Aerospace Center DLR is give...
Aircraft are highly optimized, integrated systems that operate under vastly varying conditions and p...
Aircraft mission simulation plays an essential role during the simulative design process of aircraft...
Autonomous exploration rovers are currently the primary means of research on extra-terrestrial bodie...
Design and concepts of the novel DLR simulation environment called m3. m3 combines Telematics, Traff...
The paper presents the DLR-NavSim tool. This tool was developed for simulation future civil navigati...
Aerospace engineers often use specific off-the-shelf model development environments (e.g. MATLAB/Sim...
Future launch vehicle concepts and technologies for expendable and reusable launch vehicles are curr...
Modelica models are mathematical descriptions and therefore their simulation output typically shows...
Future concepts and key technologies for reusable launch vehicles are currently investigated by the ...
In early mission phases, simulation can greatly reduce cost and construction efforts, by reducing un...
A brief overview over some selected projects of DLR is given, where implementation and validation of...
After 10 years of its existence, this paper shall provide an overview over DLR Institute of Space Sy...
Environment models are vital elements for any type of vehicle dynamics simulations, such as aircraft...
The DLR FlightDynamics library, which has been used internally at the DLR Institute of System Dynami...
An overview of the new Modelica Flight Dynamics Library of the German Aerospace Center DLR is give...
Aircraft are highly optimized, integrated systems that operate under vastly varying conditions and p...
Aircraft mission simulation plays an essential role during the simulative design process of aircraft...
Autonomous exploration rovers are currently the primary means of research on extra-terrestrial bodie...
Design and concepts of the novel DLR simulation environment called m3. m3 combines Telematics, Traff...
The paper presents the DLR-NavSim tool. This tool was developed for simulation future civil navigati...
Aerospace engineers often use specific off-the-shelf model development environments (e.g. MATLAB/Sim...
Future launch vehicle concepts and technologies for expendable and reusable launch vehicles are curr...
Modelica models are mathematical descriptions and therefore their simulation output typically shows...
Future concepts and key technologies for reusable launch vehicles are currently investigated by the ...
In early mission phases, simulation can greatly reduce cost and construction efforts, by reducing un...
A brief overview over some selected projects of DLR is given, where implementation and validation of...
After 10 years of its existence, this paper shall provide an overview over DLR Institute of Space Sy...