Hello everybody, I'm looking for the complete Pacejka's coefficients of a Truck tire with the following nomenclature 195/75 R16 c. Specifically the coefficients that I need are similar to these:
! USE_MODE specifies the type of calculation performed:
! 0: Fz only, no Magic Formula evaluation
! 1: Fx,My only
! 2: Fy,Mx,Mz only
! 3: Fx,Fy,Mx,My,Mz uncombined force/moment calculation
! 4: Fx,Fy,Mx,My,Mz combined force/moment calculation
! +10: including relaxation behaviour
! *-1: mirroring of tyre characteristics
!
! example: USE_MODE = -12 implies:
! -calculation of Fy,Mx,Mz only
! -including relaxation effects
! -mirrored tyre characteristics
!
$----------------------------------------------------------------units
[UNITS]
LENGTH ='meter'
FORCE ='newton'
ANGLE ='radians'
MASS ='kg'
TIME ='second'
$-----------------------------------------------------------dimensions
[DIMENSION]
UNLOADED_RADIUS
WIDTH
ASPECT_RATIO
RIM_RADIUS
RIM_WIDTH
$----------------------------------------------------------------shape
$------------------------------------------------------------parameter
[VERTICAL]
VERTICAL_STIFFNESS
VERTICAL_DAMPING
BREFF
DREFF
FREFF
FNOMIN
$------------------------------------------------------long_slip_range
[LONG_SLIP_RANGE]
KPUMIN
KPUMAX
$-----------------------------------------------------slip_angle_range
[SLIP_ANGLE_RANGE]
ALPMIN
ALPMAX
$-----------------------------------------------inclination_slip_range
[INCLINATION_ANGLE_RANGE]
CAMMIN
CAMMAX
$-------------------------------------------------vertical_force_range
[VERTICAL_FORCE_RANGE]
FZMIN
FZMAX
$--------------------------------------------------------------scaling
[SCALING_COEFFICIENTS]
LFZO
LCX
LMUX
LEX
LKX
LHX
LVX
LGAX
LCY
LMUY
LEY
LKY
LHY
LVY
LGAY
LTR
LRES
LGAZ
LXAL
LYKA
LVYKA
LS
LSGKP
LSGAL
LGYR
LMX
LVMX
LMY
$---------------------------------------------------------longitudinal
[LONGITUDINAL_COEFFICIENTS]
PCX1
PDX1
PDX2
PDX3
PEX1
PEX2
PEX3
PEX4
PKX1
PKX2
PKX3
PHX1
PHX2
PVX1
PVX2
RBX1
RBX2
RCX1
REX1
REX2
RHX1
PTX1
PTX2
PTX3
$----------------------------------------------------------overturning
[OVERTURNING_COEFFICIENTS]
QSX1
QSX2
QSX3
$--------------------------------------------------------------lateral
[LATERAL_COEFFICIENTS]
PCY1
PDY1
PDY2
PDY3
PEY1
PEY2
PEY3
PEY4
PKY1
PKY2
PKY3
PHY1
PHY2
PHY3
PVY1
PVY2
PVY3
PVY4
RBY1
RBY2
RBY3
RCY1
REY1
REY2
RHY1
RHY2
RVY1
RVY2
RVY3
RVY4
RVY5
RVY6
PTY1
PTY2
$---------------------------------------------------rolling resistance
[ROLLING_COEFFICIENTS]
QSY1
QSY2
QSY3
QSY4
$-------------------------------------------------------------aligning
[ALIGNING_COEFFICIENTS]
QBZ1
QBZ2
QBZ3
QBZ4
QBZ5
QBZ9
QBZ10
QCZ1
QDZ1
QDZ2
QDZ3
QDZ4
QDZ6
QDZ7
QDZ8
QDZ9
QEZ1
QEZ2
QEZ3
QEZ4
QEZ5
QHZ1
QHZ2
QHZ3
QHZ4
SSZ1
SSZ2
SSZ3
SSZ4
QTZ1
MBELT
I have been looking for everywhere but without success, could anyone help me with this please???
Thanks.
! USE_MODE specifies the type of calculation performed:
! 0: Fz only, no Magic Formula evaluation
! 1: Fx,My only
! 2: Fy,Mx,Mz only
! 3: Fx,Fy,Mx,My,Mz uncombined force/moment calculation
! 4: Fx,Fy,Mx,My,Mz combined force/moment calculation
! +10: including relaxation behaviour
! *-1: mirroring of tyre characteristics
!
! example: USE_MODE = -12 implies:
! -calculation of Fy,Mx,Mz only
! -including relaxation effects
! -mirrored tyre characteristics
!
$----------------------------------------------------------------units
[UNITS]
LENGTH ='meter'
FORCE ='newton'
ANGLE ='radians'
MASS ='kg'
TIME ='second'
$-----------------------------------------------------------dimensions
[DIMENSION]
UNLOADED_RADIUS
WIDTH
ASPECT_RATIO
RIM_RADIUS
RIM_WIDTH
$----------------------------------------------------------------shape
$------------------------------------------------------------parameter
[VERTICAL]
VERTICAL_STIFFNESS
VERTICAL_DAMPING
BREFF
DREFF
FREFF
FNOMIN
$------------------------------------------------------long_slip_range
[LONG_SLIP_RANGE]
KPUMIN
KPUMAX
$-----------------------------------------------------slip_angle_range
[SLIP_ANGLE_RANGE]
ALPMIN
ALPMAX
$-----------------------------------------------inclination_slip_range
[INCLINATION_ANGLE_RANGE]
CAMMIN
CAMMAX
$-------------------------------------------------vertical_force_range
[VERTICAL_FORCE_RANGE]
FZMIN
FZMAX
$--------------------------------------------------------------scaling
[SCALING_COEFFICIENTS]
LFZO
LCX
LMUX
LEX
LKX
LHX
LVX
LGAX
LCY
LMUY
LEY
LKY
LHY
LVY
LGAY
LTR
LRES
LGAZ
LXAL
LYKA
LVYKA
LS
LSGKP
LSGAL
LGYR
LMX
LVMX
LMY
$---------------------------------------------------------longitudinal
[LONGITUDINAL_COEFFICIENTS]
PCX1
PDX1
PDX2
PDX3
PEX1
PEX2
PEX3
PEX4
PKX1
PKX2
PKX3
PHX1
PHX2
PVX1
PVX2
RBX1
RBX2
RCX1
REX1
REX2
RHX1
PTX1
PTX2
PTX3
$----------------------------------------------------------overturning
[OVERTURNING_COEFFICIENTS]
QSX1
QSX2
QSX3
$--------------------------------------------------------------lateral
[LATERAL_COEFFICIENTS]
PCY1
PDY1
PDY2
PDY3
PEY1
PEY2
PEY3
PEY4
PKY1
PKY2
PKY3
PHY1
PHY2
PHY3
PVY1
PVY2
PVY3
PVY4
RBY1
RBY2
RBY3
RCY1
REY1
REY2
RHY1
RHY2
RVY1
RVY2
RVY3
RVY4
RVY5
RVY6
PTY1
PTY2
$---------------------------------------------------rolling resistance
[ROLLING_COEFFICIENTS]
QSY1
QSY2
QSY3
QSY4
$-------------------------------------------------------------aligning
[ALIGNING_COEFFICIENTS]
QBZ1
QBZ2
QBZ3
QBZ4
QBZ5
QBZ9
QBZ10
QCZ1
QDZ1
QDZ2
QDZ3
QDZ4
QDZ6
QDZ7
QDZ8
QDZ9
QEZ1
QEZ2
QEZ3
QEZ4
QEZ5
QHZ1
QHZ2
QHZ3
QHZ4
SSZ1
SSZ2
SSZ3
SSZ4
QTZ1
MBELT
I have been looking for everywhere but without success, could anyone help me with this please???
Thanks.
