How initial and boundary conditions affect protoplanetary migration in a turbulent sub-Keplerian accretion disc: 2D non-viscous SPH simulations

Physics & Astronomy

• accretion disks 80%
• boundary conditions 55%
• collisions 10%
• deviation 11%
• estimates 9%
• fluid dynamics 16%
• gases 7%
• hydrodynamics 58%
• interactions 6%
• Jupiter (planet) 16%
• kinematics 52%
• orbitals 32%
• planets 57%
• protoplanets 100%
• simulation 29%
• stars 21%
• turbulence 23%

Earth & Environmental Sciences

• accretion 72%
• boundary condition 62%
• code 19%
• collision 10%
• fluid dynamics 14%
• gas 6%
• hydrodynamics 59%
• Jupiter 14%
• kinematics 43%
• method 2%
• parameter 4%
• particle 38%
• planet 69%
• simulation 33%
• timescale 27%
• turbulence 19%