SearchKeyword IndexTable of Contents
 
Contents
 Welcome
 Introduction
 Installation Requirements
 License
 Project Files
 Reference System
    Axis
    Units
    Reference Distance
 Design
    Design Overview
    Design Section Layout
    Create New Design
    Coordinate Inputs
       Front Suspensions
          Double A-Arm
             A-Arm Points
             Steering
                Steering Types
                Rack & Pinion
                Recirculating-Ball
             Wheel Geometry
             Anti-Roll Bar
                ARB Types
                U-Bar
                U-Bar with Intermediate Rocker
                T-Bar
                T-Bar for Monoshock
                T-Bar with Third Spring
             Spring Actuation
                Spring Actuation Types
                Direct Actuation
                Push/Pull Rod
                Separate Spring & Damper
                Monoshock Rotational
                Monoshock Sliding
                Torsion Bar
          Mac Pherson
             Wishbone & Strut
             Steering
                Steering Types
                Rack & Pinion
                Recirculating-Ball
             Wheel Geometry
             Spring
             Anti-Roll Bar
          Mac Pherson Pivot Arm
             Wishbone, Strut and Upright
             Steering
                Steering Types
                Rack & Pinion
                Recirculating-Ball
             Wheel Geometry
             Spring
             Anti-Roll Bar
          Nascar
             Control Arms
             Steering
             Wheel Geometry
             Spring & Shock
             Sway Bar
       Rear Suspensions
          Double A-Arm
             A-Arm Points
             Tie Rod
             Wheel Geometry
             Anti-Roll Bar
                ARB Types
                U-Bar
                U-Bar with Intermediate Rocker
                T-Bar
                T-Bar for Monoshock
                T-Bar with Third Spring
             Spring Actuation
                Spring Actuation Types
                Direct Actuation
                Push/Pull Rod
                Separate Spring & Damper
                Monoshock Rotational
                Monoshock Sliding
                Torsion Bar
          Mac Pherson
             Wishbone & Strut
             Tie Rod
             Wheel Geometry
             Spring
             Anti-Roll Bar
          Five Links
             Link Points
             Wheel Geometry
             Anti-Roll Bar
                ARB Types
                U-Bar
                U-Bar with Intermediate Rocker
                T-Bar
                T-Bar for Monoshock
             Spring Actuation
                Spring Actuation Types
                Direct Actuation
                Push/Pull Rod
                Separate Spring & Damper
                Monoshock Rotational
                Monoshock Sliding
          V8 Supercar
             Trailing Arms
             Watts Linkage
             Wheel Geometry
             CoilOver
             Anti-Roll Bar
                ARB Types
                U-Bar
                U-Bar with Intermediate Rocker
          Nascar
             Truck Arms
             Track Bar
             Wheel Geometry
             Spring & Shock
    Reference Points
    Design Comments
    Import/Export Design
 Motion
    Motion Overview
    Motion Section Layout
    Motion Types
       Roll
       Pitch
       Heave
       Steering
    Create New Motion
    Motion Graphs
    Import/Export Motion
 Simulator
    Simulator Overview
    Simulator Toolbar
    Add Design
    Add Motion
    Preferences
    Run Simulator
    Batch Run
 Analysis
    Analysis Overview
    Analysis Section Layout
    Create New Analysis
    Analysis Tools
       Graph Tool
       Report Tool
       Animation Tool
       Output Data Tool
    Overlay Simulation Data
    Export Analysis
 Output Channels
    Motion
    Points
    Link Lengths
    Wheel
    Upright
    Axis
       Instant Axis
       Swing Arms
       Roll & Pitch Axis
       Colinearity of Front and Rear Roll Axes
    Actuation
    Anti-Roll Bar
    Steering
    Motion Ratio
       Wheel
       Roll
       Heave
 Suspension Design Tips
    Wheelbase & Tracks
    Wheel Packaging
    KPI & Caster
    Roll Axis
    FVSAL
    Pitch Axis
    Bump Steer
    Ackermann
 
    
 
                                                                  
 

Create New Design

All the pickup points for the control arms, steering system, tie rods, wheels, uprights, springs, dampers and Anti-Roll Bars are stored in a design item. These design items are displayed in the Design Tree.

 

Create New Design Item

 

To create a new Design Item;
 

1.       Select the New Item button from the Design Tree Toolbar.

 

2.       Select the Suspension Type.

 

3.       Click Go To Design.

 

The newly created design item will be displayed in the Design Tree. If the design item is a front suspension, “[Front]” will automatically be inserted into the design item name and the design item icon will have its front wheels highlighted green. For a rear suspension, “[Rear]” will automatically be inserted into the design item name and the design item icon will have its rear wheels highlighted green.

 

 

 

 

Design Item Right-Click Options

The following options can be accessed by right-clicking on a Design Item or folder in the design tree.

 

New Folder – Adds a new folder to the design tree.

 

New Item – Adds a new design item to the design tree.

 

Delete – Deletes the currently selected design item.

 

Rename – Highlights the design item or folder name so that it can be renamed.
 

Cut – Deletes and copies the design item or folder to the clipboard.

 

Copy – Copies the design item or folder to the clipboard.

 

Paste – Pastes the design item or folder that is currently in the clipboard into the design tree.

 

Design Suspension

Input Values;

 

1.       Select a Design Item from the Design Tree.

 

2.       Click the Input Summary button on the Input Toolbar.

 

3.     Input the Suspension Coordinates into the appropriate editable text boxes.

 

 

 

The orientation of X,Y and Z coordinateness are defined by the Reference System. Further explanation of each individual input can be found in the Coordinate Inputs section of the help file.

 

A value that is inputted into a Left box will automatically be entered into the opposite Right box when symmetry is selected and vice versa.

 

Suspension component inputs can be view independently by selecting the desired suspension component from the Component Inputs Menu on the Input Toolbar.

 

As the suspension coordinates are entered the suspension will build automatically in the Display Window.

 

    
OptimumK Help v1.1


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