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Low-mass planets in nearly inviscid disks: Numerical treatment
W. Kley
, T. W.A. Müller
, S. M. Kolb
,
P. Benítez-Llambay
, F. Masset
Research output
:
Contribution to journal
›
Article
›
peer-review
31
Scopus citations
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Keyphrases
Low-mass
100%
Inviscid
100%
Numerical Treatment
100%
Three Dimensional Simulation
50%
Two-dimensional Simulation
50%
Torque Density
50%
Density Structure
25%
Averaging Method
25%
Three-dimensional (3D)
25%
Backreaction
25%
Two Dimensional
25%
Accurate Determination
25%
Numerical Analysis
25%
Isothermal Condition
25%
Hydrodynamic Simulation
25%
Scale Height
25%
Pressure Scale
25%
Orbital Elements
25%
Numerical Resolution
25%
Earth Mass
25%
Planet-disk Interactions
25%
Wake Structure
25%
Nonlinear Interaction
25%
Adiabatic Condition
25%
Riemann Solver
25%
Adiabatic Index
25%
Numerical Stability
25%
Advection Algorithms
25%
Linear Theory
25%
Numerical Comparison
25%
Weak Effects
25%
Physics
Hydrodynamical Simulations
100%
Scale Height
100%
Advection
100%
Planet Disk Interaction
100%
Adiabatic Condition
100%
Numerical Analysis
100%
Orbital Element
100%
INIS
planets
100%
algorithms
36%
density
27%
simulation
27%
torque
27%
interactions
18%
resolution
18%
comparative evaluations
9%
advection
9%
stability
9%
yields
9%
nonlinear problems
9%
numerical analysis
9%
scale height
9%