Research Article
The Effects of Geocell Height and Lime Stabilization on Unpaved Road Settlements at Different Water Contents
Table 3
Modulus of subgrade reactions (k) for lime-stabilized soils and geocell reinforcements.
| States | Modulus of subgrade reaction (k) (kN/m³) |
| 35% water content | 6.550 | 32% water content | 6.880 | 30% water content | 8.100 | 28% water content | 9.050 | 25% water content | 11.460 | 3% lime at 35% water | 8.490 | 12% lime at 35% water | 15.100 | 3% lime at 32% water | 9.170 | 6% lime at 32% water | 14.470 | 12% lime at 32% water | 14.600 | 3% lime at 30% water | 14.030 | 6% lime at 30% water | 15.800 | 12% lime at 30% water | 24.700 | 3% lime at 28% water | 14.750 | 6% lime at 28% water | 24.750 | 12% lime at 28% water | 15.350 | 3% lime at 25% water | 25.000 | 6% lime at 25% water | 27.500 | 12% lime at 25% water | 15.280 | Geocell height 200 mm at 35% water content | 27.500 | Geocell height 150 mm at 35% water content | 26.190 | Geocell height 100 mm at 35% water content | 22.900 | Geocell height 50 mm at 35% water content | 18.300 | Geocell height 200 mm at 30% water content | 28.950 | Geocell height 150 mm at 30% water content | 27.230 | Geocell height 100 mm at 30% water content | 25.000 | Geocell height 50 mm at 30% water content | 18.350 | Geocell height 200 mm at 25% water content | 29.570 | Geocell height 150 mm at 25% water content | 28.650 | Geocell height 100 mm at 25% water content | 26.250 | Geocell height 50 mm at 25% water content | 18.950 |
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