32nd Annual EVU Congress - Kufstein - Proceedings

Welcome Note

Ladies and Gentlemen! Esteemed Conference Participants!

 

We are delighted to welcome you to the 32nd EVU Conference, taking place from September 12 to September 14, 2024, in Kufstein, Austria.

 

Over the past decades, EVU has not only fulfilled its historically set goals of enabling, promoting, and conducting research and scientific work in the field of accident analysis and vehicle safety, including vehicle repair and technical assessment, but has also greatly multiplied these achievements through its conferences. The expert knowledge of EVU specialists in evaluating technical traffic safety issues and many legal security questions is highly valued internationally, far beyond national borders.

 

As a result, EVU has evolved into a significant international traffic safety institution, specializing in the investigation and analysis of traffic accidents.

 

Austrian experts have been involved from the very beginning in the founding of EVU in Germany. The first EVU conference was held on November 5, 1992, in Vienna, in collaboration with the FSV (Research Society for Transport and Roads) and the Institute of Transportation (BOKU Vienna) as an interdisciplinary conference focused on the main topic "Information Processing by Road User." It wasn't until ten years later, in 2002, that EVU Austria became an independent association.

 

From the outset, EVU aimed to analyze traffic safety issues as interdisciplinarily as possible through its conferences. Looking back over these years, it is clear that this approach to accident investigation was entirely correct. Many outstanding analysis programs and methods have resulted in groundbreaking research achievements in analysis and simulation, which are unique and highly regarded internationally.

 

Despite all the successes, it remains crucial for experts in the field of traffic safety to maintain a holistic perspective in the future, especially as the gap between those who are knowledgeable and those who are not continues to widen. While even the most complex accident scenarios are analyzed in court using scientific methods, these methods have often not yet been fully integrated into accident prevention and avoidance practices at the administrative level across Europe. Instead, roads are evaluated using dubious rating methods, rather than clearly analyzing the causes of accidents and implementing corrective measures.

 

Similar issues arise concerning the main topic of the 32nd EVU Conference, namely driving assistance systems. The automotive industry's desire to significantly advance sensor development in a short time will fail if the crucial dialogue with accident experts and other interdisciplinary professionals is not fully realized.

 

Furthermore, analogous conclusions can be drawn for the field of driver education. Current training standards must, of course, incorporate the knowledge transfer from our high-tech accident analysis programs and include analysis programs about visual gazes and human behavior and physiological performance limits.

 

Therefore, it would be wise for us, as experts, to not only make our knowledge available exclusively for legal purposes but to increasingly use this knowledge to actively enhance traffic safety and accident prevention on-site—through local accident analysis, road safety audits, and road safety inspections. Moreover, collaboration with the automotive industry, particularly in the areas of autonomous driving and driver assistance, should be expanded even further, and all experiences from accident analysis should be more intensively shared with government agencies responsible for driver education and driving schools.

 

In this sense, the professional exchange of our expert opinions through new forms of communication must be further developed and promoted to prepare for the future. We therefore need an electronic EVU expert forum for "high-quality discussions," where targeted technical discussions can be conducted.

 

Viewed in this light, this knowledge transfer will lead to a higher degree of interdisciplinarity, which will ultimately and in the long term open up new business fields for experts and enable new professional developments. This path is clearly outlined by the goals of EVU and the commitment of our subject matter experts on an international level.

 

 

 

Ernst Pfleger (Head)

Hannes Sappl

 

More information

Main author

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Co-Authors

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Type of media

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Publication type

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Publication year

2024

Publisher

European Association for Accident Research and Analysis (EVU)

Citation

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Papers and their Authors

  • Road2Sim - Transformation of Road Sections into a Virtual Environment
    Based on GroundTruth Measurement
    (Krishnakumar Mayannavar, Jonas Nesensohn, Peter Pfeffer, Bernhard Schick)
     
  • Comparative study of data collection techniques at road accident sites
    using photogrammetry: Drone, Leica BLK 3D, RedCatch (GNSS), Ground photogrammetry
    (Philippe Somja, Yves Page)
     
  • Video analysis and photogrammetry in accident analysis – uncommon case studies
    (Michal Křižák, Dr. Albert Bradáč, Dr. Marek Semela, Dr. Pavel Maxera, Dr. Martin Bilík, Dr. Robert Kledus)
     
  • Evaluation of the accuracy of 3D photogrammetry methods
    (Prof. Dr. Klaus-Dieter Brösdorf, Dr. Andreas Moser)
     
  • Kinematics measurements on light single-track vehicles during acceleration and braking
    (Miha Ambrož, Jernej Korinšek, Jovan Trajkovski, Robert Kunc)
     
  • Investigating Yaw Marks on Grass Surfaces for Vehicle Speed Reconstruction
    (Jeroen Peters, Sander de Goede)
     
  • Pole/Tree Impact Analysis
    (Mark Paquette, Nicholas Young, Greg Prentice, Mark Fabbroni)
     
  • 3D accident reconstruction for traffic incident documentation using advanced Deep Learning approaches
    (Matteo Fusconi, Enrico Pittini, Davide Castellucci, Salvatore Pisciotta, Filippo Begani)
     
  • Recording vehicle dynamics during driving maneuvers using modern smartphones and GoPro cameras and evaluation in PC-Crash
    (Dr. Andreas Moser, Dipl.-Ing. (FH) Christian Hittinger, Dipl.-Ing. Julian Simader, Dr. Hermann Steffan)
     
  • Reconstruction of a high-speed accident with three vehicles involved using data from EDR (Event Data Recorder) and GoPro camera
    (Dipl.-Ing. (FH) Christian Hittinger, Dr. Andreas Moser)
     
  • Selected results of the project “Modern Methods of Documentation and Analysis of Vehicle Damage”
    (Kateřina Bucsuházy, Marek Semela, Roman Mikulec, Martin Rak, Albert Bradáč, Martin Bilík, Pavlina Moravcová, Michal Křižák, Michal Belák, Jakub Motl, Robert Zůvala, Robert Kledus)
     
  • Investigation of an accident at a traffic light-controlled intersection using eCall data
    (SV Dipl.-Ing. Hannes Glaser)
     
  • Bias and Uncertainty of Brake Onset Times Estimated from Onboard Video During Emergency Braking Events
    (Thomas I. Flynn, Cole R. Young, Matthew D. Ahrens, Gunter P. Siegmund)
     
  • The Airbag Control Unit: Master of Protection vs. Data Recorder
    (Reinhart J. Weber, Andreas Forster)
     
  • Pre-Collision Motion Reconstruction and Collision Offset Correction Methods of EDR Data
    (Dr. Ingo Holtkötter, Florian Pirkner, Matthias Schmidt
     
  • Rolling shutter effect in a video recording of a lightboard
    (Wojciech Wach)
     
  • A novel test method for rapid evaluation of the mechanical integrity of battery modules in the field
    (Michael Salamon, Sven Kilian, Alexander Ennen, Klaus Böhm)
     
  • Challenges in Technical Inspection of Automated Vehicles Environmental Sensors
    (Robin Langer, Tibor Kubjatko, Hans-Georg Schweiger)
     
  • Advancing Car Insurance Fraud Detection: An Automated Deep-Learning Approach
    (Guglielmo Biagini, Davide Castellucci, Simone Orlando, Enrico Pittini, Filippo Begani)
     
  • In-depth Investigation of E-Scooter Performance (a Summarised Update)
    (Victoria Eyers, Iwan Parry, Mohammed Zaid)
     
  • HBM application in the analysis of road traffic accidents
    (Robert Kunc, Jovan Trajkovski, Miha Ambrož)
     
  • Accident reconstruction via analysis and reproduction of head injury patterns
    (Ivan Colamartino, Pierangelo Adinolfi, Gabriele Canzi, Giorgio Novelli, Marco Anghileri)
     
  • Brake Response Times of Advanced Emergency Braking Systems
    (Robert J G Taylor)
     
  • Basic data on the behavior of partially automated driving functions when cornering for accident reconstruction
    (Jessica Künzler, Luigi Ancona, Pavlos Triantafyllidis, Daniel Paula)
     
  • Partially automated driving functions in accident reconstruction
    (Daniel Paula, Tibor Kubjatko, Hans-Georg Schweiger)
     
  • Simulation model for analysing the avoidability of turning accidents involving VRUs with the integration of available active safety systems
    (Stefanie Ritter, Andreas Baur, Frank Müller)
     
  • Navigating Pitfalls in Camera Calibration for Accident Reconstruction: A Focus on Luminance Measurement
    (Beril Dogruöz, Max Gäde, Ganesh Kubina, Eduard Gerwald)
     
  • Influence of pre-crash and in-crash joint motion of a pedestrian on results of numerical simulation using V-SIM 6.0. pedestrian model
    (Daniel Wdowicz, Dariusz Bułka)
     
  • Development of an Accident Reconstruction Method Using Cooperative Awareness Message Data
    (Maximilian Bauder, Tibor Kubjatko, Hans-Georg Schweiger)
     
  • On the Assessment of Visibility by Means of Digital Cameras
    (Wolfgang Hugemann, Henrik Zöller)
     
  • The relationship between automobile impact speed and pedestrians and cyclists projection distance in crash tests
    (Nenad Milutinovic, Nikola Radivojevic)