Spacecraft and Aircraft Dynamics - Lecture 5 - Illinois Institute of ...
Spacecraft and Aircraft Dynamics - Lecture 5 - Illinois Institute of ...
Spacecraft and Aircraft Dynamics - Lecture 5 - Illinois Institute of ...
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Example ContinuedSolution: First solve for a <strong>and</strong> p. µ = 1.267E8.• The total energy <strong>of</strong> the orbit isgiven byE tot = 1 2 v2 ∞• The total energy is expressed aswhich yieldsE = − µ 2a = 1 2 v2 ∞a = − µv 2 ∞= −1.267E6• The parameter isp = a(1−e 2 ) = 1.8359E5M. Peet <strong>Lecture</strong> 5: <strong>Spacecraft</strong> <strong>Dynamics</strong> 17 / 26