ODEK Calculator | Pavement Bearing Capacity

Project Data

Project Name

Location (Country)

Heavy Traffic (AADT)

Growth Rate (%)

Design Life (years)

Lane Factor

Axle Factor

AR (calculated)

Required bearing capacity (MPa)

Lane Width (m)

Slope (1:X)

Frost Depth (cm)

Pavement Layers

Thickness (cm)

E-modulus (MPa)

Cost (€/m³)

CO2 (kg/m³)

Ey (MPa)

114

Requirement (MPa)

Thickness (cm)

E-modulus (MPa)

Cost (€/m³)

CO2 (kg/m³)

Ey (MPa)

Requirement (MPa)

Thickness (cm)

E-modulus (MPa)

Cost (€/m³)

CO2 (kg/m³)

Ey (MPa)

Requirement (MPa)

Subgrade (∞)

E-modulus (MPa)

Cross-section Model

125 cm

60 cm

Total thickness60 cm

Bearing Capacity (MPa)

Boussinesq Mode

Calculated

114

Required

Bearing capacity sufficient

Estimated Lifespan:20 years / 0.06 mln standard axles

AR (calculated):1,837 AKÖL

Construction does not cover frost depth!

Per-layer Control

Asphalt Concrete

Ey 114

Crushed Stone

Ey 59

Ev2: 50LWD: 30Loadman: 35

Sand

Ey 33

Ev2: 28LWD: 14Loadman: 15

Economics & CO2 (per km)

Total Cost

123,719 €

CO2 Footprint

46,719 kg46.7 tons