TRAJECTORIES: ISOBARIC, ISENTROPIC AND ACTUAL
Edwin F. Danielsen
Abstract
Edwin F. Danielsen
Abstract
Vertical and horizontal deviations between an air trajectory and isobaric and isentropic trajectories are presented in a convenient form for order-of-magnitude comparisons and interpretation. Also, an objective method for computing isentropic trajectories is developed which is based on the total-energy equation.
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Vertical and horizontal deviations between an air trajectory and isobaric and isentropic trajectories are presented in a convenient form for order-of-magnitude comparisons and interpretation. Also, an objective method for computing isentropic trajectories is developed which is based on the total-energy equation.
Key concepts: Isentropic process, Isobaric process, Interpretation (philosophy), Trajectory, Mathematics, Physics, Mechanics, Computer science