Additional file 1 of Computational fluid dynamics approach for analyzing static statistics of Hyperloop transportation

Supplementary Material 1: Supplementary Information SF1. Figure 4 Velocity and pressure contours Rectangle shaped pod traveling at 500 km/h with a Blockage ratio of 0.2. Figure 5 velocity and pressure contours for diamond shaped pod traveling at 500 km/h with a Blockage ratio of 0.2. Figure 6 velocity and pressure contours for circular shaped pod traveling at 500 km/h with a Blockage ratio of 0.2. Figure 7 Velocity and pressure contours for airfoil shaped pod traveling at 500 km/h with a Blockage ratio of 0.2. Figure 8 Velocity and pressure contours for ellipse shaped pod traveling at 500 km/h with a Blockage ratio of 0.2. Figure 9 Velocity and pressure contours Rectangle shaped pod traveling at 500 km/h with a Blockage ratio of 0.5. Figure 10 Velocity and pressure contours Diamond shaped pod traveling at 500 km/h with a Blockage ratio of 0.5. Figure 11 Velocity and pressure contours circular shaped pod traveling at 500 km/h with a Blockage ratio of 0.5. Figure 12 Velocity and pressure contours airfoil shaped pod traveling at 500 km/h with a Blockage ratio of 0.5. Figure 13 Velocity and pressure contours ellipse shaped pod traveling at 500 km/h with a Blockage ratio of 0.5. Figure 14 Velocity and pressure contours rectangle shaped pod traveling at 500 km/h with a Blockage ratio of 0.7. Figure 15 Velocity and pressure contours daimond shaped pod traveling at 500 km/h with a Blockage ratio of 0.7. Figure 16 Velocity and pressure contours circular shaped pod traveling at 500 km/h with a Blockage ratio of 0.7. Figure 17 Velocity and pressure contours airfoil shaped pod traveling at 500 km/h with a Blockage ratio of 0.7. Figure 18 Velocity and pressure contours ellipse shaped pod traveling at 500 km/h with a Blockage ratio of 0.7. Figure 19 Velocity and pressure contours rectangle shaped pod traveling at 700 km/h with a Blockage ratio of 0.2. Figure 20 Velocity and pressure contours diamond shaped pod traveling at 700 km/h with a Blockage ratio of 0.2. Figure 21 Velocity and pressure contours circular shaped pod traveling at 700 km/h with a Blockage ratio of 0.2. Figure 22 Velocity and pressure contours airfoil shaped pod traveling at 700 km/h with a Blockage ratio of 0.2. Figure 23 Velocity and pressure contours ellipse shaped pod traveling at 700 km/h with a Blockage ratio of 0.2. Figure 24 Velocity and pressure contours rectangle shaped pod traveling at 700 km/h with a Blockage ratio of 0.5. Figure 25 Velocity and pressure contours diamond shaped pod traveling at 700 km/h with a Blockage ratio of 0.5. Figure 26 Velocity and pressure contours circular shaped pod traveling at 700 km/h with a Blockage ratio of 0.5. Figure 27 Velocity and pressure contours airfoil shaped pod traveling at 700 km/h with a Blockage ratio of 0.5. Figure 28 Velocity and pressure contours ellipse shaped pod traveling at 700 km/h with a Blockage ratio of 0.5. Figure 29 Velocity and pressure contours rectangle shaped pod traveling at 700 km/h with a Blockage ratio of 0.7. Figure 30 Velocity and pressure contours diamond shaped pod traveling at 700 km/h with a Blockage ratio of 0.7. Figure 31 Velocity and pressure contours circular shaped pod traveling at 700 km/h with a Blockage ratio of 0.7. Figure 32 Velocity and pressure contours airfoil shaped pod traveling at 700 km/h with a Blockage ratio of 0.7. Figure 33 Velocity and pressure contours ellipse shaped pod traveling at 700 km/h with a Blockage ratio of 0.7. Figure 34 Velocity and pressure contours rectangle shaped pod traveling at 900 km/h with a Blockage ratio of 0.2. Figure 35 Velocity and pressure contours diamond shaped pod traveling at 900 km/h with a Blockage ratio of 0.2. Figure 36 Velocity and pressure contours circular shaped pod traveling at 900 km/h with a Blockage ratio of 0.2. Figure 37 Velocity and pressure contours airfoil shaped pod traveling at 900 km/h with a Blockage ratio of 0.2. Figure 38 Velocity and pressure contours ellipse shaped pod traveling at 900 km/h with a Blockage ratio of 0.2. Figure 39 Velocity and pressure contours rectangle shaped pod traveling at 900 km/h with a Blockage ratio of 0.5. Figure 40 Velocity and pressure contours diamond shaped pod traveling at 900 km/h with a Blockage ratio of 0.5. Figure 41 Velocity and pressure contours circular shaped pod traveling at 900 km/h with a Blockage ratio of 0.5. Figure 42 Velocity and pressure contours airfoil shaped pod traveling at 900 km/h with a Blockage ratio of 0.5. Figure 43 Velocity and pressure contours ellipse shaped pod traveling at 900 km/h with a Blockage ratio of 0.5. Figure 44 Velocity and pressure contours ellipse shaped pod traveling at 900 km/h with a Blockage ratio of 0.7. Figure 45 Velocity and pressure contours rectangle shaped pod traveling at 900 km/h with a Blockage ratio of 0.7. Figure 46 Velocity and pressure contours diamond shaped pod traveling at 900 km/h with a Blockage ratio of 0.7. Figure 47 Velocity and pressure contours circular shaped pod traveling at 900 km/h with a Blockage ratio of 0.7. Figure 48 Velocity and pressure contours airfoil shaped pod traveling at 900 km/h with a Blockage ratio of 0.7. Figure 49 Velocity and pressure contours ellipse shaped pod traveling at 900 km/h with a Blockage ratio of 0.7.