Loadcase Elasto-kinematic Side Axle Front Variant Rear Variant Travel

0.00 mm

Axis Δ: -

Speed

build: dev

Camera Drag Mode Relative View Points Bodies

Model Editor

Model File

Templates

Active Axle Name

Travel Envelope

Bump + (mm) Droop - (mm) Steer +/- (mm) Slider Step (mm) Results Step (mm)

Vehicle Parameters

Front axle mass (kg) Rear axle mass (kg) Unsprung front corner (kg) Unsprung rear corner (kg) C.G. Z (mm, Relative to ground) C.G. X (mm, calculated) Unsprung mass total (kg, calculated) Sprung mass total (kg, calculated)

Performance Parameters

Aero

Frontal area [m²] Cz Cx Aero balance front [%] Total aero efficiency (calc) Air density [kg/m³]

Drivetrain

Power [kW] Power [Bhp] Distribution Front [%]

Brakes

Distribution Front [%]

Tyre performance

Friction coefficient X Front Friction coefficient X Rear Friction coefficient Y Front Friction coefficient Y Rear

Wheel and Tire

Rim

[in]

[mm]

ETRTO

Tire

[mm]

/ R

Load index

Pressure

[bar]

Pressure

[psi]

Corner weight

[kg]

Method 1 (Load index) Method 2 (Empirical)

Vertical stiffness

[N/mm]

Static loaded radius

[mm]

Wheel facets

[#]

CTP methods

Show CTP_geom Show CTP_roll

Show COP_eff

CTP used for metrics

Bodies

Existing Bodies

Type Symmetric

Points

Select Point

X (mm) Y (mm) Z (mm) Side Symmetric

Body Arrow Step (mm)

Moving

New Point ID

Joints

Select Joint

Name

Type Symmetric

Point A Point B

Elasto Stiffness (N/mm)

Axial (truss) Kx Ky Kz

User Joint DOF (1-6)

New Joint Name

Springs

Select Spring

Name

Type Symmetric

Point A Point B

Stiffness

New Spring Name

Dampers

Select Damper

Name

Type Symmetric

Point A Point B

Stiffness

New Damper Name

User Measures

Name	Point A	Point B	Output

Loadcases

Enable loadcases

Quasi-Static Loads

Nr	Calc	Description	Gx	Gy	Gz	Speed [kph]

Enable quasi-static loads

Show selected loadcase force/moment vectors Show resultant joint force/moment vectors

Front Left Application Point Front Right Application Point

Front Left Loads

Fx [N] Mx [Nm] Fy [N] My [Nm] Fz [N] Mz [Nm]

Front Right Loads

Fx [N] Mx [Nm] Fy [N] My [Nm] Fz [N] Mz [Nm]

Rear Left Application Point Rear Right Application Point

Rear Left Loads

Fx [N] Mx [Nm] Fy [N] My [Nm] Fz [N] Mz [Nm]

Rear Right Loads

Fx [N] Mx [Nm] Fy [N] My [Nm] Fz [N] Mz [Nm]

Performance Based Loadcases

Nr	Calculate	Description	Speed [kph]	Downforce [N]

Enable performance based loads

Elastokinematics

Enable elastokinematics Animate loadcase loop Fix Damper

Loadcases

Animation scale Active: -

No point selected

FPS: --

Model: -

Results

Live Idle

Metric	Calculated	Benchmark	Delta	Status	Unit

Measure	Point A	Point B	Output	Value

Travel (mm)	Toe (min)	Camber (deg)	Caster (deg)	KPI (deg)	Scrub (mm)	Caster offset (mm)	Track change (mm)	Roll centre H (mm)	Slant @ CP (deg)	Slant @ WC (deg)	Anti feature (%)	Damper MR (mm/mm)

Rack (mm)	Wheel L (deg)	Wheel R (deg)	Toe diff (deg)	\|Toe diff\| (deg)	Ackermann ideal diff (deg)	Ackermann error (deg)	Ackermann (%)	Camber L (deg)	Camber R (deg)	Caster L (deg)	Caster R (deg)	KPI L (deg)	KPI R (deg)	Scrub L (mm)	Scrub R (mm)	Caster Offset L (mm)	Caster Offset R (mm)	Caster Trail L (mm)	Caster Trail R (mm)	Distortion Lever L (mm)	Distortion Lever R (mm)

Height: 180 px

Metric	Value	Unit

Loadcase	Status	Toe in change [min]	Camber change [min]	Caster angle change [min]	Caster trail change [mm]