Table 1 Results from benchmarks for both Re\(_{\mathrm{bm}}\): 20 and 100. The presented values are: drag coefficient \(c_D\), lift coefficient \(c_L\), recirculation length \(L_a\), and pressure drop \(\varDelta P\) (Re\(_{\mathrm{bm}} = 20\)); and maximum drag coefficient \(c_D^{\mathrm{max}}\), maximum lift coefficient \(c_L^{\mathrm{max}}\), Strouhal number St\(_{\mathrm{bm}}\), and pressure drop \(\varDelta P\) (Re\(_{\mathrm{bm}} = 100\)). All models (BGK, TRT, MRT, ELB, and RLB) were benchmarked at different sizes of D, which determined the domain size and grid resolution

From: A lattice Boltzmann study of 2D steady and unsteady flows around a confined cylinder