Tire Modelling and its Application in Tire and Vehicle Development
Tire Technology Expo 2025 – Hanover, Germany
3-5 March 2025
Presenters include:
Mohammad Behroozi, General Motors
Flavio Farroni, MegaRide
Axel Gallrein, Fraunhofer ITWM
Mathieu Grob, JEDAi
Carlo Lugaro, Siemens
George Mavros, Loughborough University
Henning Olsson, Calspan Corporation
Jan Prins, Land Rover
Joachim Stallmann, cosin scientific software
Abstract:
The course covers the computer modelling of tires within a full vehicle system and is aimed at engineers and researchers working in both industry and academia. The subject matter will be of primary interest to vehicle dynamics engineers, for whom the tire is the primary force and moment generation element on the vehicle. The course is also useful to engineering managers who wish to understand existing tire modelling activity and its challenges, or to successfully implement new tire simulation processes in the workplace.
The course starts with an overview of tire force and moment characteristics and relates these to the physics of the tire-road interaction. Fundamental modelling approaches are discussed in such a way that participants can understand the concepts behind commercially available tyre simulation packages or even attempt their own custom solution. Empirical, data-based tire models and the associated laboratory and field testing of tires for model fitting have a special place in tire force simulation and are also addressed in detail. Finally, several state-of-the-art commercially available tire simulation models are presented, covering both families of empirical and physical models.
*COURSE FEE: €1,575 plus German VAT
Course summary
| Agenda DAY 1 (3 March 2025 9AM - 5PM) | |||
|---|---|---|---|
| MODERATOR: Mohammad Behroozi | |||
| Course 1.1 – Overview and introduction | Mohammad Behroozi | ||
| Course 1.2 – Tyre Testing | Henning Olson | ||
| Course 1.3 – Physical Tyre Modelling – The Building Blocks | George Mavros | ||
| Course 1.4 – Tyre modelling methodology based on the Magic Formula | Carlo Lugaro, Alex O’Neill | ||
| Agenda DAY 2 (4 March 2025 8:30AM - 5PM) | |||
| MODERATOR: George Mavros | |||
| Course 2.1 – Finite element modeling of tires | part 1 | Mohammad Behroozi | ||
| Course 2.2 – Finite element modeling of tires | part 2 | Mohammad Behroozi | ||
| Course 2.3 – CD-Tire Introduction | Axel Gallrein | ||
| Course 2.4 – Tire modeling at Jaguar Land Rover | Jan Prins | ||
| Agenda DAY 3 (5 March 2025 8:30AM - 5PM) | |||
| MODERATOR: Mohammad Behroozi | |||
| Course 3.1 – The Virtuous Circle of tire measurement, modelling and correlation | Mathieu Grob | ||
| Course 3.2 – Physical tire modeling for real-time simulation | Flavio Farroni, Andrea Samartino | ||
| Course 3.3 – Terramechanics tire modeling | George Mavros | ||
| Course 3.4 – FTire introduction | Joachim Stallmann | ||
Program Schedule
Agenda DAY 1 (March 3rd , 2025)
MODERATOR: Mohammad Behroozi
09:00
Overview and Introduction
Mohammad Behroozi
General Motors
- Introduction to tire modeling
- Simulation tools
- Tire forces and moments
10:30 – Break
10:50
Tire testing
Henning Olsson
Calspan Corporation
- How to measure tire performance
- Overview of tire test equipment and test methods
- Strengths and weaknesses of common measurement approaches
- Automotive versus motorsport tire testing
- From indoor lab testing to the real road
12:30 – Lunch
13:30
Physical tire modeling – the building blocks
George Mavros
Loughborough University
- The Bush tire model
- A simple model for transient tire behavior
- Friction thermal tire modeling
15:00 – Break
15:20
Tire modeling methodology based on the Magic Formula
Carlo Lugaro
Alex O’Neill
Siemens
- History of the Magic Formula: 35 years of evolution
- MF-Tyre/MF-Swift: MF-based modular tire model
- MF-Tool: tire model parameterization
- Tire data acquisition methodologies
17:00 – Finish
Agenda DAY 2 (March 4th , 2025)
MODERATOR: George Mavros
08:30
Finite element modeling of tires
Mohammad Behroozi
General Motors
- FE modeling philosophy
- Fundamental understanding of tire mechanical structure
- Material testing and modeling
9:30 – Break
10:20
Finite element modeling of tires
Mohammad Behroozi
General Motors
- Practical development of tire FE model
- Simulation of static and dynamic tire performance characteristics
- Virtual tire development process using FE modeling techniques
12:00 – Lunch
13:30
CD Tire fundamentals
Axel Gallrein
Fraunhofer ITWM
- Closing the gap to structural analysis
- Multiphysics aspects of tire modeling
15:00 – Break
15:20
Tire modeling at Jaguar Land Rover
Jan Prins
Jaguar Land Rover
- Vehicle development and CAE
- Testing of tires for the purpose of modeling
- Challenges and vision
17:00 – Finish
Agenda DAY 3 (March 5th , 2025)
MODERATOR: Mohammad Behroozi
08:30
The Virtuous Circle of tire measurement, modelling and correlation
Mathieu Grob
JEDAi
- One tire, but not alone: the tire as part of the ground/vehicle/driver system
- The ‘Virtuality’: how to combine virtual and real methods
- Digital Twins methodology
- Tire modeling philosophy: the right model for the right applications
- The driving simulator as the virtual development hub for tire design
- Examples and illustrations from the industry
09:30 – Break
10:20
Physical tire modeling for real-time simulation
Flavio Farroni
Andrea Sammartino
MegaRide
- T.R.I.C.K.: getting experimental tire interaction curves from vehicle data
- RIDElab: managing multiphysics in tire analysis and modeling
- thermoRIDE: a real-time physical tire thermal model
- weaRIDE: from road and rubber knowledge to wear and degradation
- adheRIDE: an MF-evo formulation accounting for temperature, roughness, viscoelasticity and wear
- VESevo: a device for non-destructive tread viscoelastic characterization
12:00 – Lunch
13:30
Terramechanics tire modeling
George Mavros
Loughborough University
- The physics of tire-soil interaction
- FE and analytical modeling
- Testing
- Full vehicle implementation
15:00 – Break
15:20
FTire Introduction
Joachim Stallmann
cosin scientific software
- FTire – the physical 3D non-linear tire simulation model
- Outline of model formulation
- Interfaces, tools and results
- Extended handling
- Thermal and wear model
- Flex-rim model
- Hard real-time applications