Adams Car Package > Adams Tire > Road Models

Road Models

 
Adams Tire 2D Road Model
2D Road Types
Examples of 2D Roads
2D Road Model Parameters
Parameters Independent of Road Type
Parameters for Road Type of Drum
Parameters for Road Type of Flat
Parameters for Road Type of Plank
Parameters for Road Type of Polyline
Parameters for Road Type of Pothole
Parameters for Road Type of Ramp
Parameters for Road Type of Roof
Parameters for Road Type of Sine
Parameters for Road Type of Stochastic Uneven
Parameters for Road Type of Sweep
Graphics
Road Repositioning
Road Normal calculation
Adams Tire 3D Spline Road Model
About Adams 3D Spline Road
Using Adams 3D Spline Road
Adams 3D Spline Road Perturbation Types
Adams 3D Spline Road Perturbation Keywords
Keywords Independent of Perturbation Type
Coordinate System Keywords
Keywords for Crown Perturbation Type
Keywords for Curb Perturbation Type
Keywords for Plank Perturbation Type
Keywords for Polyline Perturbation Type
Keywords for Pothole Perturbation Type
Keywords for Ramp Perturbation Type
Keywords for Roof Perturbation Type
Keywords for Roughness Perturbation Type
Keywords for Sine Perturbation Type
Keywords for Sweep Perturbation Type
Keywords for Grid Perturbation Type
About the Adams 3D Spline Road Property File
Road Normal calculation and Road Boundaries
Converting 3D Shell or 3D Spline roads to OpenCRG roads
3D Spline Road visualization
Adams Tire 3D Shell Road Model
Applying the Tire Carcass Shape
Road Property File
Defining the 3D Shell Road Surface
Examples of Blocks:
Road Normal calculation and Road Boundaries
Soft Soil Road Model
OpenCRG Road Model
Positioning of the OpenCRG road
Messaging by OpenCRG
OpenCRG road visualization
Definition of Road Friction
Adams SmartDriver support
Adams Car quasi-statics
Road Normal calculation and Road Boundaries
Complaints about Not a Numbers (Nans)
OpenCRG Messages
Regular Grid Road Model
Road Repositioning
Road Normal calculation and Road Boundaries
Adams Tire provides a wide number of road models ranging from artificial created geometry towards geometry based on measurement data. 2D Road and 3D Spline road define a road surface on which obstacles can be super imposed. 3D Shell Road exists of triangular shells, the nodes and friction of each shell can be defined by the user enabling to create any geometry. CRG and RGR road are based on measured road data.
 
Note:  
All these roads are meant to be oriented with the road normal along the global z-axis, a road normal perpendicular to the global z is not supported.