Soil Uplift Resistance Modules

Calculate soil specific weight, soil solid density, soil loose density, soil volume fraction and soil void ratio for dry and submerged soil.

The void ratio is the ratio of void volume over the soil volume. The soil volume fraction is the ratio of the soil volume over the total volume (soil volume plus void volume).

Change Module :

• High Temperature High Pressure (HTHP) Pipeline Line Pipe Schedule Calculation Module
• Hot Pipeline Axial Load Calculation Module
• Hot Pipeline End Expansion Calculation Module
• Hot Pipeline Euler Buckling Or Bar Buckling Calculation Module
• Hot Pipeline Fluid Heat Capacity Calculation Module
• Hot Pipeline Fluid Viscosity Calculation Module
• Hot Pipeline Heat Transfer Coefficient Calculation Module
• Hot Pipeline Hobbs Lateral And Upheaval Buckling Calculation Module
• Hot Pipeline Lateral Buckling Calculation Module
• Hot Pipeline Local Pressure Calculation Module
• Hot Pipeline Mass And Weight Calculation Module
• Hot Pipeline Prop Calculation Module
• Hot Pipeline Soil Friction Calculation Module
• Hot Pipeline Temperature Decay Curve Calculation Module
• Hot Pipeline Upheaval Buckling Calculation Module
• Hot Pipeline Upheaval Buckling Trigger Calculation Module
• Hot Pipeline Uplift Resistance Calculation Module
• Hot Pipeline Walking Calculation Module
• All
• More Soil Cover Weight Modules

Calculate soil and pipe cover weight and uplift resistance for buried pipelines.

The cover weight can be calculated for either cohesive and non cohesive soils. The uplift resistance includes the weight of the pipe (either dry or submnerged and full or empty). For dry pipelines use the specific weight of dry soil. For wet pipelines use the specific weight of wet soil.

Change Module :

• Soil Pipe Friction Calculation Module
• Soil Pipe Thermal Resistance Calculation Module
• Soil Weight And Density Calculation Module
• All

Related Modules :

• Soil Properties : Density Uplift Coefficient Shear Strength And Friction Factor Data Module
• More Soil Cover Weight Modules