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ASTRON 151 - Astrophysical Fluid Dynamics or return to Course Catalog Search

124099 – Section 001   

SchoolDepartmentFaculty
Faculty of Arts and SciencesAstronomyLars Hernquist
TermDay and TimeLocation
Spring 2015-2016  (show academic calendar)MWF   11:00 a.m. - 11:59 a.m.Observatory A 101 (FAS)
Credits
4  (show credit conversion for other schools)
Credit Level
Graduate and Undergraduate

Description
Fluid and gas dynamics with applications drawn from astrophysical phenomena. Topics include: kinetic theory, diffusive effects, incompressible fluids, inviscid and viscous flows, boundary layer theory, accretion disks, fluid instabilities, turbulence, convection, gas dynamics, linear (sound) waves, method of characteristics, Riemann invariants, supersonic flow, non-linear waves, shocks, similarity solutions, blast waves, radiative shocks, ionization fronts, magnetohygrodynamics, hydromagnetic shocks, dynamos, gravitational collapse, principles of plasma physics, Landau damping, computational approaches, stability criteria, particle based (Lagrangian) methods, adaptive mesh refinement, radiation hydrodynamics.

Notes
This course offered alternate years.

Exam Group
FAS03_D

 
Cross Registration
Eligible for cross-registration
With permission of instructor/subject to availability

MIT students please cross register from MIT's Add/Drop application.

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