Figures & data
Figure 2. Forces distribution where F is the weight, μ is the kinetic coefficient of friction between the pavement and wheel, R is the radius of the wheel, W is the angular velocity and V the tangential velocity.
![Figure 2. Forces distribution where F is the weight, μ is the kinetic coefficient of friction between the pavement and wheel, R is the radius of the wheel, W is the angular velocity and V the tangential velocity.](/cms/asset/5acb4078-9286-407e-896f-7f9ad39f6704/trmp_a_694094_o_f0002g.jpg)
Table 1. Combined aggregate distribution.
Figure 8. Normal probability plot for the penetration depth at the point between the two curves shown in .
![Figure 8. Normal probability plot for the penetration depth at the point between the two curves shown in Figure 4.](/cms/asset/8be21778-0ef4-481f-97d7-14cdda53c73d/trmp_a_694094_o_f0008g.jpg)
Figure 9. Normal probability of the parameters of EquationEquation (18) for the parameter v
0.
![Figure 9. Normal probability of the parameters of EquationEquation (18) for the parameter v 0.](/cms/asset/bb850464-dbb6-40f8-9ab7-64c3bee4b5b0/trmp_a_694094_o_f0009g.jpg)
Figure 10. Normal probability of the parameters of EquationEquation (18) for the parameter λ.
![Figure 10. Normal probability of the parameters of EquationEquation (18) for the parameter λ.](/cms/asset/edbdd754-0e4f-4094-8770-d19d67c3ffef/trmp_a_694094_o_f0010g.jpg)
Table 2. Regression parameters of the curves shown in .
Figure 12. Change of abraded volume with one of the plummet weights studied and its confidence intervals.
![Figure 12. Change of abraded volume with one of the plummet weights studied and its confidence intervals.](/cms/asset/1914244d-46d5-434a-a5c0-2d56a43376a7/trmp_a_694094_o_f0012g.jpg)