Shock and Vibration / 2016 / Article / Tab 1 / Research Article
Geotechnical Aspects of Explosive Compaction Table 1 Database records summary.
Site number Project title/site title Reference Soil type Fine content (%) Depth of ground water level (m) Thickness of target layer and interval depth (m) Number of phases Blast hole spaces (m) per each phase Total weight of charge per hole per phases (Kg) Type of charge Total powder factor through all phases (gr/m3 ) Arrangement Aim of improvement Available results Settlement percentage of layer CPT or SPT 1 Tokachi Port [17 ] Fine sand resulting from dredging of the sea floor 15 1 8 m (0–8 m) 1 6 7 TNT 24.3 S L 6.2 N.A 2 Seymour Fall Dam [8 , 18 ] Sand with coarse gravel and cobble stone 0 Ground level 10 (10–20) 3 6 49 Iremite TX 469 T L 7 N.A 3 Test site in South Carolina [19 , 20 ] Fine sand 4 1 5.5 (3–8.5) 4 10 19 avg. Hydromite 860 138.2 S L & I 9 A 4 Foundation of Tailing Dam in Ontario [21 ] Fine sand 5 3 20 (0–20) 2 7 32 Chubbs 65 S I 10 A 5 Jebba dam (Zone I) [22 , 23 ] Medium to coarse sand with gravel 0 2 15 (30–45) 3 5 1.7 avg. Gelatin dynamite 80% 13.6 S L 5.6 A 6 Jebba dam (Test) 0 2 15 (25–30) 3 5 21 avg. 168 S L 1.8 A 7 Chicopee 1 [24 ] Alluvial sand deposits 0 to 5 2.4 9.1 (6–15.2) 2 15.8 6.8 Gelatin dynamite 60% 6 S L 1.4 A 8 Florida Job [25 ] Fine to medium uniform grain sized sand 0 0.9 8 (0–8) 1 4.9 2.38 Gelatin dynamite 60% 12.4 S I 8 N.A 9 Franklin Fall Dam [26 ] Fine-to-medium sand 25 to 40 Ground level 6.1 (0–6.1) 4 6.1 2.43 Gelatin dynamite 60% 42.82 S L & I 5 N.A 10 Road construction project in Sweden [27 , 28 ] Silty sand with a little gravel and clay 25 0.5 2.5–5.5 1 4 2 avg. N.A 31.25 T I 3–10 N.A 11 Shanghai Harbor [29 ] Fine alluvial clean sand 0 0.7–0.9 10 (0–10) 2 5 16 avg. N.A 128 S Test 1 A 12 Quebec HQ SM-3 Dam [30 ] Clean alluvial fine-to-coarse sand 0 0 20 (0–20) 1 7.8 14.5 avg. Hydrodynamite 11.9 S L & I 6.2 A 13 Oakridge Landfill [31 ] Fine clean sand 5 1.5–2 4 (8–12) 4 12.2 15.5 Hydromite 880 104.1 S L 11 A
S : square arrangement, T : triangular arrangement, I : bearing capacity increase and settlement control, L : control of liquefaction, N.A: not available, and A: available.