Soil and Earthwork Calculator

Soil and Earthwork Calculator contains 60 Calculators for Soil Mechanics, Earthwork, Excavation, Compaction, Footing, Thrust from Soil, Explosion Calculations and Civil Engineering parameters.

Available for iPad & iPhone
Available in Imperial (USCS) and Metric Units (SI UNITS)
Auto-fill Reference Values — select a Soil Type or Surface Material from the built-in picker and all input fields populate instantly with standard engineering reference values
Built-in Reference Tables across 5 categories — Soil Properties (19 soil types), Atterberg Limits (15 classifications), Earthwork Materials (18 materials), Equipment Data (9 surface types + 5 scraper models), Water Conditions
Smart Pass / Fail Banners — Relative Density, Percentage Compaction and California Bearing Ratio display instant colour-coded classification results (e.g. DENSE, PASS, GOOD / EXCELLENT) after calculation

List of 60 Calculators :

Water Content of a Soil Sample (Volumetric)
Water Content of a Soil Sample (Gravimetric)
Void Ratio
Degree of Saturation
Degree of Saturation (Based on Void Ratio)
Porosity
Dry Unit Weight of a Soil Specimen
Relative Density of Cohesionless Soils (Based on Void Ratio)
Relative Density of Cohesionless Soils (Based on Dry Unit Weight of Soil)
Plasticity Index
Liquidity Index
Shrinkage Index
Activity
Saturated Unit Weight of Soil
Dry Unit Weight of Soil
Buoyant Unit Weight of Soil
Coefficient of Internal Friction of Soil
Vertical Stress in Soil (Boussinesq Equation)
Vertical Stress in Soil (Westergaard Equation)
Coefficient of Active Pressure
Coefficient of Passive Pressure
Total Thrust from the Soil (Walls retaining Cohesionless Soils)
Total Thrust from the Soil (Walls retaining Cohesionless Soils & Surface behind the Wall is Level)
Total Thrust from the Soil (Walls retaining Cohesionless Soils and are Completely Restrained)
Total Thrust from the Soil (Walls retaining Cohesionless Soils and are Completely Restrained & Surface behind the Wall is Level)
Total Thrust from the Soil (Walls retaining Cohesive Soils and are Free to Move a Considerable Amount)
Total Thrust from the Soil (Walls retaining Cohesive Soils and are Free to Move a Small Amount)
Total Thrust from the Soil (Highly Cohesive Soils)
Total Thrust from Water retained behind a Wall
Effect of Surcharge on a Wall retaining Cohesionless Soil / Unsaturated Cohesive Soil
Stability Number (Slope - Without