Gian Antonio D'Addetta, Dr.-Ing
Thinking beyond 'vehicle safety' - Solutions to meet the challenges of future traffic situations
“Finding meaning in your work is the best source of motivation at all, which is why I love working on technical solutions for the well-being and protection of people. My daily work brings me face to face with that one moment of shock that nobody wants to experience, the vehicle crash; that's why I can identify very well with my daily work."
As a team leader for research topics in vehicle safety, together with our team I develop new concepts for the protection of vehicle occupants in new interiors, but also safety systems that become active in newly emerging accident scenarios. An important component is my scientific network, which allows me to further advance method development with scientific partners, e.g. human modeling, but also to tackle pre-competitive industry collaborations as in connection with the challenges of automated driving.
Robert Bosch GmbH
Bosch Research, Vehicle Safety and Automated Driving
Research & Technology, Vehicle Structure & Occupant Safety, Human Body modelling
University of Stuttgart - Institute of Structural Mechanics
Research Associate & PhD student Computational Mechanics & Material Modelling
D'Addetta et al. (2002)On the application of a discrete model to the fracture process of cohesive granular materials
- GA D'Addetta, F Kun, E Ramm
- Granular matter 4 (2), 77-90
D'Addetta et al (2004)A particle center based homogenization strategy for granular assemblies
- GA D'Addetta, E Ramm, S Diebels, W Ehlers
- Engineering Computations 21(2/3/4):360-383
D'Addetta et al (2006)A microstructure-based simulation environment on the basis of an interface enhanced particle model
- GA D’Addetta, E Ramm
- Granular Matter 8 (3-4), 159
Nößner et al. (2014)Bridging the scales from observed deformation characteristics of aluminium and composite crash absorbers in drop tower experiments to full vehicle crash tests
- S. Nößner, G.A. D’Addetta, H. Freienstein, M. Kröge
- 16th International Conference of Experimental Mechanics (ICEM)
Kirschbichler et al (2014)Factors influencing occupant kinematics during braking and lane change maneuvers in a passenger vehicle
- Kirschbichler, S., Huber, P., Prüggler, A., Steidl, T., Sinz, W., Mayer, GA D'Addetta
- 2014 IRCOBI Conference Proceedings IRC-14-70
Dux et al. (2015)A Mobile Deformable Barrier Test for the Front Crash Assessmentof Future Urban Microcars
- E Dux, L Eckstein, M Wolkenstein, GA D‘Addetta, P Luttenberger
- 24th International Technical Conference on The Enhanced Safety of Vehicles (ESV) Paper Number 15-0343
Klier et al (2016)Integration Strategy of Safety Systems - Status and Outlook
- W Klier, T Lich, GA D’Addetta, H Freienstein, A Koehler, B Reckziegel, Z Yu
- SAE 2016 World Congress and Exhibition
- Technical Paper 2016-01-1499, DOI: https://doi.org/10.4271/2016-01-1499
Luttenberger et al. (2018)Making Integrated Occupant Safety Systems Assessable - Virtual assessment approach for variable seating positions and pre-crash conditions
- P Luttenberger, W Sinz, GA D’Addetta, H Freienstein
- Airbag 2018, 14th International Symposium and accompanying Exhibition on Sophisticated Car Safety Systems, Paper P48
Freienstein et al. (2019)Safety of future highly automated vehicles in mixed traffic – requirements, solution concepts, and potential assessment
- H Freienstein, J Kolatschek, GA D‘Addetta
- 12th VDI Conference on Vehicle Safety 2019
Becker et al. (2020)Occupant Safety in Highly Automated Vehicles – Challenges of Rotating Seats in Future Crash Scenarios
- J Becker, GA D’Addetta, M Wolkenstein, F Bosma, R Verhoeve, S Schaub, M Sprenger, M Hamacher
- 2020 IRCOBI Conference Proceedings
Gian Antonio D'Addetta, Dr.-Ing
Team leader, product owner & research engineer
Please tell us what fascinates you most about research.
Basically: discovering new things, repeatedly immersing myself in “worlds” that are unknown to me, and creating new things systematically. During my work at the universities of Karlsruhe and Stuttgart, I very much enjoyed occupying myself with basics-oriented topics in the field of Computational Mechanics. When I entered industry, I seized the opportunity to go into applied research, and was able to further maintain the link to the scientific community; in fact completely new links emerged.
What makes research done at Bosch so special?
One important aspect is definitely the variety and breadth of topics I have had the chance to work on over the years. Combined with the diversity and different subject backgrounds of my colleagues, this contributed significantly to the positive working atmosphere. And, of course, in research the new ideas arrive first and foremost at the “big Bosch” and it is our job to assess which topics should be developed further for the divisions and which should not. Nowhere else at Bosch are there such good opportunities for dialog and exchange with science, allowing us to be on the pulse of research.
What research topics are you currently working on at Bosch?
My current field of research is innovative solutions for the vehicle safety of the future. A future in which the combination of automated and non-autometed vehicles has become reality and the interiors of vehicles are much more focused on the needs of the occupants than today. But one thing is sure: There will still be accidents. For this reason, the occupants’ need for protection in these new interiors is at least as high as today. Our work, for example, with digital human models is essential to make progress on this topic.
What are the biggest scientific challenges in your field of research?
Independent of the implementation of safe automated driving, the challenges in vehicle safety lie in controlling new accident situations and in the realistic representation of the various occupants. New freedoms in the interior allow for a wide variety of sitting positions and occupant poses. Occupant protection can no longer be ensured using just crash tests. This would simply be too expensive. Modern simulation methods are called for here. One main focus is on the digital mapping of occupants using virtual human models.
How do the results of your research become part of solutions "Invented for life"?
Since as early as my doctorate period, my main concern has been working on technical solutions for the welfare and protection of people. In my daily work, I am very close to the frightful seconds no-one wants to experience: the vehicle crash. Our work with digital human models allows for a detailed description of the vehicle occupants’ kinematic behavior before and during an unintentional collision. Based on modern simulation methods, we deliver important ideas for the development of protective systems, such as the control of restraint systems.