%0 Figure %A Islam, Shamsul %A Nazeer, Ghazala %A Ying, Zhou Chao %A Islam, Ziaul %A Manzoor, Raheela %D 2017 %T Time-history analysis of drag and lift coefficients (a-d) (Re, g) = (75, 6), (e-h) (Re, g) = (140, 6), (i-l) (Re, g) = (100, 5) and (m-p) (Re, g) = (120, 4). %U https://plos.figshare.com/articles/figure/Time-history_analysis_of_drag_and_lift_coefficients_a-d_R_sub_e_sub_g_75_6_e-h_R_sub_e_sub_g_140_6_i-l_R_sub_e_sub_g_100_5_and_m-p_R_sub_e_sub_g_120_4_/5473690 %R 10.1371/journal.pone.0184169.g007 %2 https://ndownloader.figshare.com/files/9467269 %K gap spacing %K flow patterns %K flow physics %K cylinder interaction frequency %K Reynolds number %K lattice Boltzmann method %K square cylinders %X

Time-history analysis of drag and lift coefficients (a-d) (Re, g) = (75, 6), (e-h) (Re, g) = (140, 6), (i-l) (Re, g) = (100, 5) and (m-p) (Re, g) = (120, 4).

%I PLOS ONE