id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
azojete-93	Adetayo, O. A. ; Amu, O. O. ; Ilori, A. O. 	Cement Stabilized Structural Foundation Lateritic Soil with Bone Ash Powder as Additive	2019	9	.pdf	application/pdf	3787	163	49	CO Dogfish 37.00 0.58 0.44 16.71 3.23 Goosefish 36.90 0.55 0.56 16.98 3.19 Mackerel 36.74 0.76 0.20 17.42 2.79 Squeteague 35.68 0.12 1.31 16.97 3.11 Frog (common) 36.09 0.72 0.44 16.45 4.67 Bull Frog 36.62 0.61 0.36 16.15 4.11 Amphiuma 36.86 0.51 0.76 15.96 5.34 Siren 36.96 0.57 1.05 16.00 5.73 Turtle 35.68 0.62 0.98 14.88 5.63 Hen 37.24 0.51 - 16.40 5.50 Rabbit 36.25 0.53 0.92 15.99 5.71 Cow 36.05 0.74 0.85 15.43 4.58 Dog 35.66 0.46 1.87 15.56 5.62 Guinea Pig 35.54 0.75 - 15.78 5.03 Source: Studies of the chemical composition of bone ash, Sergius Morgulis, 1931. 2.0 Materials and Method 2.1 Selection of Samples The materials used for this study are lateritic soil samples, ordinary Portland cement, bone ash and water. The various tests were carried out with standard procedures stipulated in BS 1377- 4:1990. 3.0 Results and Discussion The results of the preliminary tests (specific gravity, natural moisture contents, particle size distribution and Atterberg’s Limits) and the engineering strength tests (Maximum dry density at optimum moisture content, California bearing ratio and shear strength) are presented and discussed below: 3.1 Preliminary Tests The summary of the preliminary test results for soil samples A, B, C are shown in Table 2.	cache/azojete-93.pdf	txt/azojete-93.txt