Title | Perhitungan Pondasi 141224 spun pile |
---|---|
Author | Eleuterius Evans |
File Size | 1.5 MB |
File Type | XLSX |
Total Downloads | 27 |
Total Views | 205 |
Nc Nq Nga 0 5.70 1.00 0.00 1 5.90 1.07 0.01 2 6.10 1.14 0.02 3 6.30 1.22 0.04 4 6.51 1.30 0.06 5 6.74 1.39 0.07 6 6.97 1.49 0.10 7 7.22 1.59 0.13 8 7.47 1.70 0.16 9 7.74 1.82 0.20 10 8.02 1.94 0.24 11 8.32 2.08 0.30 12 8.63 2.22 0.35 13 8.96 2.38 0.42 14 9.31 2.55 0.48 15 9.67 2.73 0.57 16 10.06 2.9...
PILE LATERAL AND MOMENT CAPACITY DESIGN PILE LATERAL CAPACITY CALCULATION ( Reese and Matlock Method ) Where: y = Allowable Deflection (cm) Ay = Lateral Coefficient By = Lateral Coefficient H = Pile Lateral Capacity (ton) M = Pile Moment Capacity (ton.m) T = ηh = Variance Modulus (kg/cm3) E = Modulus of elasticity of pile (kg/cm2) I = Moment of Inertia of the pile (cm4) Data: D Pile Type fc' E I ηh T y Ay (cm) (kg/cm2) (kg/cm2) (cm4) (kg/cm3) (cm) (cm) 25 spun 500 332340.2 16689.71 4 67.3588 0.6 2.435 30 spun 500 332340.2 34607.78 4 77.93622 0.6 2.435 35 spun 500 332340.2 62162.74 4 87.62148 0.6 2.435 40 spun 500 332340.2 106488.9 4 97.58105 0.6 2.435 45 spun 500 332340.2 166570.4 4 106.7147 0.6 2.435 50 spun 500 332340.2 255324.3 4 116.2313 0.6 2.435 60 spun 500 332340.2 510508.8 4 133.5074 0.6 2.435 5 h E I...