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Frank Robinson
This is the web page of Frank Robinson, a Research Scientist in the Department of
Geology and Geophysics, Associate Research Scientist in the Department of
Astronomy and Lecturer at Yale. I am
an applied mathematician interested in numerical modelling of the Sun,
Sun-like stars, the Earth's atmosphere and laboratory convection experiments.
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MOVIES
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SELECTED PAPERS
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Stellar surface convection
15 minutes of granulation in the Sun (3500km by 3500km)
42 minutes of granulation in Procyon (29000km by 29000km)
Convective plumes in Procyon (14500km by 16300km)
Moist convection over a flat island
convective burst (200km x 15km)
Rayleigh-Benard convection in a perfect gas (DNS)
Boussinesq (3.5cm x 2cm x 1cm)
Non-Boussinesq (3.5cm x 2cm x 1cm)
Dry convection over continuously heated terrain
Density current (100km x 5km)
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Slippery thermals and the cumulus entrainment paradox,
Sherwood, S.C., Hernández-Deckers, D., Colin, M. amd Robinson, F.J.
JAS 70,2426 (2013)
A Numerical Modeling Study of the Propagation of Idealized Sea-Breeze Density Currents,
Robinson, F.J., Patterson, M.D. and Sherwood, S.C.
JAS 70,653 (2013)
A Storm Brewing (non-peer reviewed), Robinson, F.J. International Innovation (2012)
Exploring the Land-Ocean contrast
in Convective Vigor using Islands, Robinson, F.J., Sherwood, S.C., Gerstle, D.,
Liu,C. and Kirshbaum, D.
JAS 68,602 (2011)
Dissipation Efficiency in Turbulent Convective Zones in Low-Mass StarsPenev, K., Sasselov,D., Robinson, F. & Demarque, P.
ApJ 704,930 (2009)
The Nature of p-modes and Granulation in Procyon: New MOST Photometry and New Yale Convection Models
Guenther et al.
ApJ 687,1448 (2008)
Resonant Response of Deep Convection to Surface Hot Spots
Robinson, F., Sherwood, S. & Li, Y.
JAS 65, 276 (2008)
On dissipation inside turbulent convection zones from three-dimensional simulations of solar convection
Penev, K., Sasselov,D., Robinson, F. & Demarque, P.
ApJ 655,1166 (2007)
On the effects of coherent structures on higher order moments in models of solar and stellar surface convection
Kupka, F. & Robinson, F.J.
MNRAS 374,305 (2007)
Modeling the Impact of Convective Entrainment on the Tropical Tropopause
Robinson, F.J. & Sherwood, S.C.
JAS 63, 1013 (2006)
Simulating the Outer Layers of Procyon A: a Comparison with the Sun
Robinson, F.J., Demarque, P., Guenther, D.B., Kim, Y.-C. & Chan, K.L.
MNRAS 362, 1031 (2006)
Non-Boussinesq Simulations of Rayleigh-Benard Convection in a Perfect Gas,
Robinson, F.J. & Chan, K.L. Phys. Fluids 16 (5), 1321 (2004)
3d Simulations of the Upper Radiation-Convection
Transition layer in Subgiant Stars,
Robinson, F.J., Demarque, P., Li, L.H., Sofia, S., Kim, Y.-C., Chan, K.L. & Guenther, D.B.
MNRAS 347, 1208 (2004)
Three-dimensional convection simulations of the outer layers of the Sun using realistic physics
Robinson, F.J., Demarque, P., Li, L.H., Sofia, S., Kim, Y.-C., Chan, K.L. & Guenther, D.B.
MNRAS 340, 923 (2003)
Global parameter and helioseismic tests of solar variability models
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Li, L.H., Basu, S., Sofia,S., Robinson, F.J. and Demarque, P.D. ApJ 591, 1267 (2003)
Inclusion of turbulence in solar modelling
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Li, L.H., Robinson, F.J., Demarque, P.D., Sofia, S. & Guenther, D.B. ApJ 567, 1192 (2001)
A Large Eddy Simulation of Turbulent Compressible Convection: Differential
Rotation in the Solar Convection Zone ,
Robinson, F.J. & Chan, K.L. Mon. Not. R. Astron. Soc. (MNRAS) 321, 723 (2001)
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PUBLICATIONS
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A list of most my astronomy and physics papers, along with some conference proceedings, is available via the ADS database.
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TEACHING
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Physics and Maths Teacher FIS (HK) (1992-94)
CEO Tutors of Oxford (Hong Kong) (1992-98)
Academic Director in Sc and QR Yale College (2005-)
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Frank Robinson (frank.robinson@yale.edu)
Department of Geology and Geophysics
Yale University
New Haven, CT 06520-8101
USA
Tel: 203-432-7128 or FAX: 203-432-5048
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