MechSim_bikesim_handout.pdf

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Bike
Sim
BikeSim
Mechanical Simulation Corporation
®
W
ORLD
’
S MOST TRUSTED
VEHICLE SIMULATION PLATFORM FOR
DYNAMICS
,
PERFORMANCE
,
DEVELOPMENT
,
AND TESTING
Mechanical Simulation develops the most accurate and com-
putationally efficient methods for simulating the dynamic per-
formance of cars, trucks, motorcycles, and specialty vehicles.
After more than thirty years of research, development, and
proving-ground validation by worldwide vehicle manufactures,
our suite of car, truck, and motorcycle simulation products are
universally the preferred tools for vehicle dynamics, vehicle
control development, and test engineering.
BikeSim shares CarSim’s core architecture — providing engi-
neers with the power and flexibility to dynamically evaluate
virtually any two-wheeled production or concept motorcycle.
Additionally, by modeling and controlling the complex interac-
tion between the rider and machine, BikeSim accurately sim-
ulates how rider behavior affects the bike’s overall perfor-
mance.
M
ODULAR AND
O
PEN
A
RCHITECTURE
While many of our customers are vehicle dynamics ex-
perts, a growing number of engineers from other disci-
plines use BikeSim’s architecture as a platform to inte-
grate and test their own adaptive vehicle sub-systems.
BikeSim is designed to seamlessly communicate with
your software-in-the-loop (SIL) and hardware-in-the-
loop (HIL) technologies. This lets you and your staff
focus on algorithm design – not on writing custom test-
ing code that only roughly approximates real-world
scenarios and provides limited test conditions.
Modular Vehicle Definition:
each vehicle sub-system is
defined with discrete properties and performance tables.
This modular, parameter-based architecture lets you
modify the behavior of any system and lets you run simu-
lations any time during the design cycle – other simula-
tion tools can only be used after the entire vehicle is de-
signed
Integrate your own technologies using standard
design tools:
Mechanical Simulation provides
seamless interfaces to standard design tools such
as Simulink, LabVIEW, and ASCET. Advanced us-
ers can develop stand-alone technologies using the
VehicleSim API with MATLAB, Visual Basic, C/C++,
and other languages.
VS Commands:
this powerful scripting language pro-
vides tools to automatically control test runs, extend
our vehicle model, control complex driving maneuvers,
and model auxiliary sensors.
NEW FEATURES
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User-defined vehicle coordinate system
Improved powertrain dynamics
TNO MF-Tyre and COSIN FTire
Full aerodynamics
Traffic vehicles and ranging sensors
Data encryption
Unlimited undo in the database
Global search for all documentation
I
NTEGRATE YOUR OWN TECHNOLOGY
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
ABS Braking
Traction Control
Electronic Stability Control
Adaptive Cruise Control
Active Suspension
Tire Performance
Alternate Powertrain
BikeSim—Powerful and Intuitive
From initial product conception to control algorithm develop-
ment and all the way to product launch—BikeSim provides
sophisticated tools that are proven to compress and optimize
your design, development, and testing procedures.
BikeSim supports all industry-standard system design tools
and a wide range of real-time hardware systems allowing you
to use the same vehicle data and test procedures in all prod-
uct development phases. BikeSim’s wide range of support for
HIL systems allows you to choose the hardware that is best for
your application—without locking you into expensive proprie-
tary hardware.
A discussion of BikeSim’s power is not complete without highlighting the ease-of-use and workflow optimization features engi-
neered into the software. Unlike complex tools that require steep learning curves and expensive consulting services, Mechanical
Simulation products are designed for engineers who use a wide variety of software and must be able to produce results within
minutes. To solve these issues, the software features an intuitive user interface, an extensive on-line help system, and a com-
plete set of example bikes, 3D roads, and test procedures that demonstrate all of the BikeSim features.
Steering System screen
3D roads
Extreme riding conditions
Product Highlights
Bundled Data Sets

10 example test bikes

15 roads and test tracks

90+ test runs complete with
comprehensive design
notes
Engineering Tools
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Interactive 3D animator
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Engineering plots select
from over 800 performance
parameters
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Spectrum Analyzer
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Batch runs
Integration Technologies
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Microsoft COM API
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Excel import and export
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Vehiclesim API
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Real-time HIL
HIL Platforms
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dSPACE
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National Instruments
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Opal-RT
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ETAS
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Fujitsu-TEN

A&D RT-Linux
Tire Models

Table-lookup (Combined slip
with camber extensions)
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Magic Formula - motorcycles
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MF-Tyre - motorcycles
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FTire
Third Party Support
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MATLAB/Simulink
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LabVIEW
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ASCET
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C, C++, Visual Basic
VehicleSim (VS) Commands
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Powerful built-in scripting
language
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Automate complex driving
maneuvers

Create new variables
Animator Features
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Interactive 3D animations
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Tracking camera
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Export for use in Power-
Point presentations
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Overlay runs to compare
multiple tests
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Ghost vehicle path
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Realistic user-defined
environments—trees,
buildings, signs, textured
roads.

Tire skid marks and tracks

Sounds—engine, wind,
tire, etc.
SuspensionSim
info@carsim.com
www.carsim.com
734.668.2930
BikeSim
CarSim
TruckSim
Copyright 2011 Mechanical Simulation Corporation, 755 Phoenix Drive, Ann Arbor, MI 48108
All Rights Reserved. CarSim®, TruckSim®, BikeSim® are registered trademarks of Mechanical Simulation
Corporation in the USA and other countries.

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