Air Navigation

This book takes a new approach to air navigation, extending the classic scope of positioning and guidance to efficient and safe 4D flight trajectory management. Modern air navigation aims at flight trajectories optimisation. There is an infinite number of solutions to the classic navigation problem of flying from one airport to another, but most of them are wasteful of resources and even risky. Minimising all costs and risks incurred by the 4D flight trajectory makes air navigation both efficient and safe, which are key factors in air navigation services. Beyond minimising fuel burn and CO2, efficiency addresses non-CO2 emissions and noise. This is a visually intensive book, using examples and case studies to illustrate the concepts, the physics of navigation and the mathematical models involved. Numerical examples reflect its problem-solving nature. It is useful to aerospace students, engineers, pilots, air traffic controllers, technicians, and scientists curious about aviation.

Includes several numerical examples and real-world case studies Presents the state of the art of flight trajectory planning, execution, and monitoring Provides a thorough understanding of the fundamentals of air navigation with flight trajectory optimization

Autorentext
Octavian Thor Pleter is an associate professor of aerospace sciences at the University Politehnica of Bucharest, Romania.

Inhalt

Navigation Jargon.- Geodesy.- Atmosphere.- Directions, Azimuths, Horizon.- Time.- Vertical and Horizontal Navigation.- Aircraft.- Radio Navigation.- Trajectory.- Flight Planning and Management.- Navigation Optimisations.- Air Traffic Management.