Table 2 lists the major simulations of cluster cold fronts highlighted in this work, including the type of cold front simulated, the method of simulation (HD or MHD), whether or not viscosity and conductivity were included and whether they are isotropic or anisotropic, the dimensionality of the simulation, and the resolution.
| Reference | CF Type 1 | Method | Viscosity 2 | Conductivity 2 | Dimensionality | Δxmin 3 | |
| Asai et al. (2004) | (Asai-MHD) | R | HD/MHD | N | I/A | 2D | 8.3 kpc |
| Asai et al. (2005) | (Asai-MHD) | R | HD/MHD | N | I/A | 3D | 8.9 kpc |
| Asai et al. (2007) | (Asai-MHD) | R | HD/MHD | N | I/A | 3D | 9.8 kpc |
| Ascasibar & Markevitch (2006) | (AM06) | S | HD (SPH) | N | N | 3D | 5 kpc |
| Dursi & Pfrommer (2008) | R | MHD | N | N | 3D | 0.016 R 4 | |
| Heinz et al. (2003) | R | HD | N | N | 2D cyl | 2 kpc | |
| Roediger et al. (2011) | S | HD | N | N | 3D | 0.5 kpc | |
| Roediger et al. (2012b) | (R12) | S | HD | N | N | 3D | 1 kpc |
| Roediger et al. (2013a) | (R13) | S | HD | I | N | 3D | 0.5 kpc |
| Roediger et al. (2015a) | (R15A) | R | HD | N | N | 3D | 0.1 kpc |
| Roediger et al. (2015b) | (R15B) | R | HD | I | N | 3D | 0.2 kpc |
| Suzuki et al. (2013) | (S13) | R | HD/MHD | I/A | A | 3D | 9.1 kpc |
| ZuHone et al. (2010) | S | HD | I | N | 3D | 5 kpc | |
| ZuHone et al. (2011) | (ZML11) | S | HD/MHD | N | N | 3D | 2 kpc |
| ZuHone et al. (2013) | (Z13) | S | MHD | N | A | 3D | 2 kpc |
| ZuHone et al. (2015a) | (Z15) | S | HD/MHD | I/A | A | 3D | 1 kpc |
| 1 R = Remnant-core, S = Sloshing | |||||||
| 2 N = None, I = Isotropic, A = Anisotropic | |||||||
| 3 Minimum resolution of simulation, for the “fiducial” simulation in the study. | |||||||
| 4 Simulation performed in arbitary units, R is the radius of the core. | |||||||