Flexible Pavement Design xls

As well as the 6 flexible road design spreadsheets, the CivilWeb Flexible Pavement Design XLS Suite also includes the following spreadsheets which are available nowhere else. These include;

1. Flexible Road Design (Australian Method) - This spreadsheet can be used to complete flexible road designs in accordance with Australian standards.
2. Flexible Road Design (California Resistance Method) - This spreadsheet can be used to complete flexible road designs in accordance with the California Resistance Method.
3. Flexible Road Design (Danish Analytical-Empirical Method) - This spreadsheet can be used to complete flexible road designs in accordance with the Danish Analytical-Empirical Method.
4. Flexible Road Design (Subgrade Strain Methods) - This spreadsheet calculates the allowable traffic loading from the vertical subgrade strain using 5 different methods.
5. Flexible Road Design (Structural Catalogue Design) - This spreadsheet uses a structural design catalogue approach for preliminary flexible road design.
6. Flexible Road Design (Triaxial Method) - This spreadsheet can be used to complete flexible road designs in accordance with the Triaxial Method.
7. HBM Pavement Design - This spreadsheet can be used to deign HBM layers in flexible pavement systems.
8. Emulsion Treated Foundation Design - This spreadsheet can be used to design emulsion treated foundation layers for flexible pavements.
9. Foamed Bituminous Stabilised Layers - This spreadsheet can be used to design foamed bituminous stabilised layers for use in flexible pavement systems.
10. Cement Stabilised Subgrade - This spreadsheet can be used for the design of stabilised subgrades in flexible pavement systems.
11. CBM Design (Elastic Modulus) - This spreadsheet can be used to design a CBM foundation layer using the CBM layers elastic modulus.
12. CBM Design (Fatigue Cracking) - This spreadsheet can be used to design a CBM foundation layer based on the tensile strain of the layer for fatigue cracking.
13. CBM Crushing Failure - This spreadsheet analysis a CBM layer for crushing failure.
14. CBM Position of maximum Horizontal Strain - This spreadsheet can be used to calculate the position of maximum horizontal strain for analysis of the proposed CBM layer.
15. CBM Design (Special Vehicle Damage) - This spreadsheet analyses a proposed CBM foundation layer for damage from a special vehicle.
16. CBM Critical Stress Calculation - This spreadsheet calculates the critical stress at the bottom of a CBM foundation layer for design of perpetual pavements.
17. Asphalt Temperature at Different Depths - This spreadsheet estimates asphalt temperatures at different depths. This can be used to model environmental stresses in the asphalt.
18. Asphalt Viscosity Calculator - This spreadsheet estimates the viscosity of asphalt based on the penetration value.
19. Asphalt Compaction - This spreadsheet calculates the quantity and area of asphalt which can be compacted at a particular rate.
20. Non-Standard Dual Tyre Equivalent Single Wheel Load - This spreadsheet calculates the equivalent single wheel load from a non-standard dual tyre vehicle.
21. Special Vehicle Damage - This spreadsheet calculates the equivalent fatigue and deformation damage caused by a special heavy load.
22. Special Tyre Loading - This spreadsheet calculates the tyre contact pressure and contact area from a special vehicle load.
23. FHWA Bridge Loading Formula - This spreadsheet calculates the maximum vehicle weight for the FHWA Bridge Formula.
24. Loading Time Calculator - This spreadsheet calculates the loading time based on the vehicle speed and asphalt thickness.
25. Subgrade Surface Modulus Calculator - This spreadsheet calculates the subgrade surface modulus from the subgrade CBR value.

Including the 6 main design spreadsheet suites, the CivilWeb Flexible Pavement Design XLS Suite includes 59 individual design spreadsheets in total covering the full spectrum of flexible pavement design.

The CivilWeb Flexible Pavement Design Suite can be purchased below for only £20.