david a. riethmiller - Department of Physics & Astronomy - Ohio ...
david a. riethmiller - Department of Physics & Astronomy - Ohio ...
david a. riethmiller - Department of Physics & Astronomy - Ohio ...
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Additional Research Interests:<br />
Hydrodynamics and the hot interstellar medium <strong>of</strong> elliptical galaxies, AGN accretion and feedback<br />
mechanisms, sub-resolution accretion physics<br />
Courses Taught / Assisted:<br />
Introductory <strong>Physics</strong> Lab (1): Algebra-based mechanics <strong>of</strong> solids and liquids. 15 undergraduates per lab.<br />
Introductory <strong>Physics</strong> Lab (2): Algebra-based electricity, magnetism, heat, thermodynamics, waves, and<br />
sound. 15 undergraduates per lab.<br />
General <strong>Physics</strong> Lab (1): Classical physics with calculus and vectors. Newtonian mechanics, rotational<br />
dynamics, gravitation. 15 undergraduates per lab.<br />
General <strong>Physics</strong> Lab (3): Calculus-based capacitance, electric current and circuits, magnetism and<br />
magnetic fields, electric induction, A.C. circuits, electromagnetic waves, geometrical optics,<br />
interference, and diffraction <strong>of</strong> light. 15 undergraduates per lab.<br />
Introductory <strong>Astronomy</strong>: General introduction to astronomy, with emphasis on structure <strong>of</strong> the universe<br />
beyond the solar system.<br />
Graduate Courses Completed:<br />
Classical Mechanics<br />
Electrodynamics I & II<br />
Statistical Mechanics<br />
Quantum Mechanics I & II<br />
Math Methods <strong>of</strong> <strong>Physics</strong> I & II<br />
Stellar Astrophysics<br />
Astrophysics <strong>of</strong> the Interstellar Medium<br />
Extragalactic Astrophysics<br />
Observational Astrophysics Lab<br />
General Relativity<br />
Solid State <strong>Physics</strong><br />
Numerical Methods in Computer Programming<br />
Programming Expertise:<br />
Parallel MPI implementation, interpolation techniques, finite time differencing, numerical integration<br />
methods, smoothed particle hydrodynamics, astronomical data reduction, Fourier analysis,<br />
acceptance-rejection algorithms, weighted Voronoi tesselations, Kepler orbit computation<br />
Languages: C/C++, Python, IDL, Fortran, IRAF, Shell script<br />
Posters:<br />
May 3, 2012<br />
Heating and Cooling in Elliptical Galaxies (<strong>Ohio</strong> University Student Expo)<br />
http://www.phy.ohiou.edu/~rieth/talks/HydroSims.pdf