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Introduction
Lotus Suspension Analysis - SHARK
Overview
Introduction
Modules
Units
2D Suspension Types
3D Suspension Types
3D Steering Types
Graphical Interface
Hard Point Editing
Hard Point Dragging
Groups
Dynamic Viewing
The 2D Module
2D Suspension Derivatives
3D Suspension Derivatives
Limit Boxes
Graphs
Enhanced Graphics
Defaults
Data Entry
Saving Hard Points
Animation
Edit undo
Converting 2D to 3D
Managing User Lines
Compliance Solving
Compliance Bushes
Compliance External forces
Compliance Coefficients
Deformed Geometry Animation
Hard Point Joggle
Point Coincedence
Data File Text Editor
Import and Export to Adams Sub Systems
Adding a Hard Point to a Model
Adding Graphics to a Model
Free Body Graphical Display
Kinematic Sum Display
The Internal Optimizer
Modal Analysis
Forced-Damped Analysis
Creating a Full Axle Model
User Defined Custom Controls
Auto-Search and Load
Component-Setup Toolbox
Definition Values
Drive Shafts
User Defined SDF's
Control Elements
Spacers
Batch Mode
User Language
Reports
Flexible Parts
Interactive Template Builder
Getting Started
Start-up Steps
Program Start-up
Start-up Errors
Graphics Frame Type
Window Descriptions
Module Type
Data Entry
Exiting the Program
Menu Decriptions
Pull Down Menu Items
File
Module
Data
Edit
View
Tracking
Graphics
Graphs
Solve
Results
Setup
Window
Help
Mouse Right Button Menu Items
Graphics Menu Actions
Graph Menu Items
Compliance Coefficients Display Items
Menu Trees
Graphics Switches
Edit Menus
Icon Descriptions
General
File Toolbar
View Toolbar
Graphics Toolbar
Graphs + Data Toolbar
Data Requirements
Introduction
Co-ordinate System
2D Module
2D Data Requirements
2D Suspension Type
2D General Data
2D Suspension Types Data
2D Double Wishbone Suspension Hard Points
2D Macpherson Strut Suspension Hard Points
3D Module
3D Data Requirements
3D Suspension End
3D Suspension Type
3D General Data (Parameters)
3D General Data (Parameters)
3D BodyType
3D Tyre Data
3D Spring Data
3D Damper Data
3D Roll Bar Properties
3D Steering Type
3D Comments
3D Bush Properties
3D External Force Data
3D C of G Properties
3D Suspension Types Data
Type 1: Double Wishbone, Damper to Lower Wishbone
Type 2: 'H' Frame Lower, Single Upper Link
Type 3: Steerable Macpherson Strut
Type 4: Non-Steerable Macpherson Strut, Twin Lower Link
Type 5: 5-link Rigid Axle (panhard rod)
Type 6: Double Wishbone, Damper to Upper Wishbone
Type 7: Non-Steerable Macpherson Strut, Toe Link to wishbone
Type 8: 4-link Rigid Axle (panhard rod)
Type 9: 4-link Rigid Axle (twin upper)
Type 10: Trailing Arm, Upper and Lower Rear Links
Type 11: Semi Trailing Arm
Type 12: Steerable Twin Parallel Wishbones and Knuckle
Type 14: Double Wishbone, Push Rod to Damper
Type 15: Double Wishbone, Rocker Arm Damper
Type 16: Non-Steerable Lower 'A' with Toe Link
Type 17: Double Wishbone, Pushrod Monoshock
Type 18: Double Wishbone, Upper Toe Link and 'S' Link
Type 19: Hinged Trailing Arm, Twin Lower Link
Type 20: Double Wishbone, Twin Outer Ball Joints
Type 21: 5-link Rigid Axle (watts linkage)
Type 22: Double Wishbone, Twin Outer Links, Spring to Front Link
Type 23: Double Wishbone, Twin Outer Ball Joints, Anti-Roll Bar
Type 24: Steerable Macpherson Strut, Twin Outer Ball Joints
Type 25: Double Wishbone, Twin Lower Outer Ball Joints
Type 26: Double Wishbone, Damper to Lower Wishbone, Compliant Rack
Type 27: Steerable Macpherson Strut, twin lower link
Type 28: 4-Link Rear, transverse control link
Type 29: Twist Beam - twin wheel
3D SolverTolerances
3D General Defaults
Deformed Geometery Scalar
Deformed Geometry Positon
Enhanced Graphics Sizes
Graphics Label Sizes
Compliance Graphic Sizes
Graphs Marker and Text Sizes
Graphs Decimal Points Display
3D Point Tolerances
3D General Compliance Data
3D User Definable Templates
Control Elements and Actuators
Body C of G Properties
Graphical Element Properties
3D Bump Stop Data
Local Co-ordinate Systems
Results Descriptions
Introduction
2D Results
3D Suspension Derivatives File
3D Points listing
3D Compliance Coefficients
3D Bush Deflections
3D Joint/Bush Rotations
3D Bush Forces
AVI File Writing
Unsprung Corner Weights
How To...
Customize SDF Display Settings
Create User Defined Results
Use Controls
Theory
Definition of Suspension Derivatives
The Two Part Steering Rack Model
The Anti Roll Bar Model
The Compliant Hub Model
Steering Box Models
Leaf Spring Modelling
The Slotted Joint
Appendicies
Batch Commands
Known Issues and Work Rounds
Modes of Operation - Flow Diagram
StartUp Process Order - Flow Diagram
Lotus Engineering
Lotus Engineering
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