The maths and physics of heavenly bodies. Lecture series.
29 Jul 2014 to 26 Sep 2014
Orbital mechanics examines the physics governing the behaviour of natural and man-made celestial objects. We will cover the theoretical behaviour of unperturbed (Kepler) orbits, and their mathematical representation using Newtonian mechanics. Transfers between different orbits will also be examined. The parameters needed to completely define an orbit in time and space, as well as the effect of perturbing forces on these parameters will be formulated, to derive Lagrange's planetary equations.
Lecturer: Virinchi Joglekar.
Venue: Noumenon Multiphysics.
List of lectures:
|29 Jul 2014||The laws of angular momentum|
|31 Jul 2014||Kepler's second law; Newton's laws of gravity and motion|
|5 Aug 2014||Kepler's first law|
|7 Aug 2014||Kepler's third law|
|11 Sept 2014||Energy in orbiting bodies and the Tsiolkovsky rocket equation|
|16 Sept 2014||Efficient orbit transfers|
|18 Sept 2014||Optimality of the Hohmann transfer orbit|
This lecture series is in progress. If you wish to attend, or wish to hold a similar lecture series at your venue, please send an email to email@example.com.
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