41.2.7. Tire Property File Format
MODEL |
|
analytical |
|
R1 |
R1 = r1 × r2 |
r1, r2 |
r1: Conversion factor r2: The unloaded tire radius |
R2 |
R2 = r1 × r2 |
r1, r2 |
r1: Conversion factor r2: The carcass radius of a toroidal tire |
CNORMAL |
CNORMAL = r1 × r2 |
r1, r2 |
r1: Conversion factor r2: The radial tire stiffness |
CSLIP |
CSLIP = r1 × r2 |
r1, r2 |
r1: Conversion factor r2: The longitudinal tire stiffness |
CALPHA |
CALPHA = r1 × r2 |
r1, r2 |
r1: Conversion factor r2: The lateral tire stiffness |
CGAMMA |
CGAMMA = r1 × r2 |
r1, r2 |
r1: Conversion factor r2: The lateral tire stiffness due to camber angle |
CRR |
CRR = r1 × r2 |
r1, r2 |
r1: Conversion factor r2: The rolling resistance moment coefficient. |
RDR |
!no dimension |
r |
r: Tire radial damping ratio |
U0 |
!no dimension |
r |
r: Coefficient of friction at zero slip between tire and road |
U1 |
!no dimension |
r |
r: Coefficient of friction for the full slip case between tire and road |