SafetyTesting Challenge

09:00

Welcome

Modern Testing Solutions for Future Automotive Challenges

09:05

Challenges presented by Andreas Schachtner

09:25

Methodology Proposal for Egress Evaluation on ECE R100

• Key requirements of ECE-R100-03 supplement 05 regulatory update: evacuation time or containment of TR
• Evacuation phases, from warning light activation to safe exit
• Influencing factors: location, passenger arrangement, vehicle type

09:45

Final Tests Pre-Impact Braking on ServoSled and BEV Bottom Scraping Tests

10:05

Occupant-2-Occupant Side Sled Testing: Innovations & Insights

TÜV SÜD Czech has recently enhanced its ALIS system, an already state-of-the-art solution for side sled testing with intrusion in complex side crashes. This system is designed to test and develop critical vehicle safety components such as airbags, seatbelts, seats, and interior trim. The latest upgrade, ALIS Occupant-to-Occupant (O2O), now enables simultaneous physical testing of both the driver and passenger, providing a more comprehensive assessment of occupant protection. It also facilitates the development of central airbags for the relevant Euro NCAP assessment. This presentation will provide insights into the operation of ALIS O2O, highlighting its key features and its role in advancing automotive safety standards. A part of the presentation will focus on sled set-up research for near-side biomechanical response and far-side (O2O) kinematics. Additionally, we will explore the integration of FEM simulations and discuss how they contribute to improving vehicle safety performance.

10:25

Crash Simulation Development Update & Roadmap for the Future

10:45

Kaffeepause

11:15

Multi DOF in Crash Simulation Tests

11:35

Behavior of small anthropomorphic test devices (ATD) in frontal impact crashes

In the last three years, DEKRA has conducted a series of standardized crash tests in the UN R137 setup with a mid-size sedan to collect and evaluate performances of different ATD types under comparable conditions. The series of eight crashes allows to study the ATD behavior in three types of restraint system setups. The aim of this presentation is to provide an insight to the impact kinematic, dynamic and interaction of small persons represented by three different ATD types (H305, TH05-A. Elderly ATD) and to compare the findings in the full-width frontal impact scenario. DEKRA performed the crash tests using the occupant positions derived from the FMVSS 208 requirement for small female on the driver side, a survey-based “real life” position on the passenger side and the rear seating position provided by the vehicle. Through the series, the ATDs were positioned in each of the seats. This presentation shows the differences of their interaction within the range of restraint system setups under one test condition. We will also be discussing the findings gained by use of the Obese ATD during the crash test series. An anticipation of accident behavior for small persons with high BMI towards the risk of injury and submarining in frontal crashes will be given.

11:55

Update on NextGen ATDs with focus on THOR-AV

12:15

Mittagspause

13:15

3D Safety Testing – Motion and Deformation Analysis using 3D Image Sequence Analysis and Data Fusion Methods

• Determination of Object Kinematics and Object Deformation using Target-Based Highspeed-Photogrammetry, Stochastic Pattern Matching of Image Sequences, Highspeed Fringe Projection of Image Sequences and Fusion of the Data of Optical and Electrical Measurement Techniques
• Derivation of Dynamic 3D Rigid Body Models and Surface Models of the Safety Test Preparation of the Safety Test Data for a Direct and Precise Comparison with the Simulation Prognosis

13:35

High Speed Volumetric Capture - Converting 'moments' into 3D model

13:55

Optical onboard 3D sensing and Grey-Box-Processing for efficient Analysis

14:25

Next-Gen Crash Test Software Solution: From Data Acquisition to Detailed Analysis and Management

• Crash Data Process
• Crash Data Analysis
• Crash Data Management
• Fully integrated software solution for Crash Test Application
• High degree of automation

14:45

Driving Virtual Testing Forward: Innovative Solutions and HBM ConnectTM Family Updates

15:05

Kaffeepause

Test Tools for ADAS Validation

15:35

Challenges presented by Roland Kallweit

15:55

Democratizing NCAP Scenarios for Virtual Test Drives with ASAM OpenX

16:15

On Road Testing for Speed Assistance Functions

16:35

Unmanned Driving – Testing the Impossible

16:55

Combining Physical and Virtual Testing for an Optimized, Effective Test Design of ADAS and Pre-Crash Systems

• Rapid identification of the most critical test cases,
• Design of effective test plans,
• Robustness and sensitivity analyses,
• Simultaneous estimation of false positive rates and real-world (mis)performance, Mapping between proving ground tests, real-world data, and large-scale simulation datasets