All specifications listed below can be found on the this Space Shuttle Wikipedia article or in links on the sidebar of that Wikipedia article. Please note that these shuttle's specifications are in fact accurate values for a real space shuttle used by the United States. The earth's rotation is also clockwise.The axes are positioned such that the earth's rotation is purely in the xy plane.The shuttle orbits clockwise around earth.Hence, (0 m, 0 m) is not recognized as a point on the earth’s surface, while (0 m, 6371e3 m) is recognized as a surface point (the radius of earth is 6371 km). Parameters x and y are relative to the origin (not relative to the earth’s surface).We approximate the earth as a sphere (the telltale sign of a true physicist).We set the origin as the center of earth.I also uploaded an image of the fully-rendered ODE system markdown cell in one of the later sections below. #SHUTTLE LAUNCH FULL#If you would like to view the full ODE system, please use nbviewer. This is a GitHub rendering issue and does not happen when rendering with nbviewer. As a result, we only seeĪ very small part of the ODE system. However, the markdown cell titled "ODE System" in Shuttle_Simulation.ipynb fails to completely render. In the meantime, you can use nbviewer to view the notebooks.Ĭlick the nbviewer link, paste the URL of the notebook that won't render into the search bar, and then hit "Go!". This is a recurring problem with a lot of users, but fortunately, this issue eventually fixes itself you just have to wait. Reload?"Īs it turns out, GitHub sporadically has trouble rendering notebooks. Future considerations and inaccuracies are discussed in the "Discussion" section at the end of this readme. The Answer: A resounding "Yes!" See the Shuttle_Simulation.ipynb file for an example simulation (and a detailed explanation of the process). Is it possible for us to develop a launch maneuver that would get the shuttle into orbit-more specifically, in orbit with the International Space Station-using fairly accurate kinematic models? The Question: Let's say we know the basic information about one of the United States' glorious space shuttles.
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