Aerotecnica Missili & Spazio
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Aerotecnica Missili e Spazio is the journal of the Italian Association of Aeronautics and Astronautics, AIDAA,founded in 1920. The journal aims at publishing contributions in the field of aerospace sciences, technologies and systems. This includes disciplines in the area of mechanical sciences like flight mechanics, aerodynamics, propulsion, aerothermochemistry, structures and materials, astrodynamics as well as other disciplines such as telecommunication, navigation, control, electronics, informatics and all aspects related to ground testing and operations when applied to the aerospace field. Contributions regarding the aeronautical or space vehicle as an engineering system are particularly welcome. Also in covering the basic disciplines here above recalled, submitted manuscripts should always address the aerospace missions and systems rather than strictly specialized topics more appropriate to a discipline oriented journal. Paper dealing with overall exploitation and management of aerospace systems and on the impact of scientific applications on system design and operation, as an example in the fields of remote sensing, microgravity, geodesy, exploration and astrophysics, are encouraged too. Aerotecnica Missili e Spazio welcomes scientific contributions that provide a clear novelty in their field and assesses the quality of the papers by a strict peer review process under the supervision of the editor supported by an international editorial board of experts.
- Application of the Sequential Gradient Restoration Algorithm to the Solution of the Low...
- Mirror Trajectories in Space Mission Analysis
- Optimal Mirror Trajectories Using Continuous Thrust
- Optimal Flight Path Determination in Turbulent Air: A Modified EKF Approach
- A tribute to Prof. Angelo Miele by Prof. David Hull
- The global optimization problem and the contribution of Prof. Angelo Miele: the...
- Investigation of a novel VTOL aircraft concept for operations in urban areas
- WAGNER: a new code for parametrical structural study of fuselages of civil transport...
- Lessons Learned from the SD2 Operations on the Comet 67/P
- Aeroelastic Stability Estimation of Control Surfaces with Freeplay Nonlinearity
- Inverse-Dynamics Particle Swarm Optimization for Spacecraft Minimum-Time Slew Maneuvers...
- Transferring an Earth-based Adaptive Optics Technology to Space Telescopes
- Future Workforce for Aerospace:Risks and Opportunities
- The Value of Peer-Evaluation for the Improvement of Quality of the Aerospace Higher...
- Aviation and the 4th Industrial Revolution: The Prominent Role of Networks of Excellence
- National Qualification Frameworks for Aerospace Engineering Education in Western Europe...
- PEGASUS Industry Alliance: Graduates' Opportunities and Technology Transfer
- The Education of the Aerospace Engineers of the 21st Century: a Challenge for Universities
- Internationalization of Academics: A Key for Aeronautics and Aerospace Development
- Parametric Study of an Expander Bleed Engine Performance
- Applications of Optimal Finite Thrust Orbital Transfers
- Numerical and Experimental Transition Prediction on a Realistic Laminar Swept Wing
- Discontinuous mechanical problems studied with a peridynamics-based approach
- Numerical investigation of the internal and external thermal fields for a nacelle in...
- Aerodynamic performance analysis of three different vehicle concepts