Print Email Facebook Twitter Development of compatibility assessments for full-width and offset frontal impact test procedures in FIMCAR Title Development of compatibility assessments for full-width and offset frontal impact test procedures in FIMCAR Author Adolph, T. Schwedhelm, H. Lazaro, I. Versmissen, A.C.M. Edwards, M. Thomson, R. Johannsen, H. Publication year 2014 Abstract The goal of the project FIMCAR (Frontal Impact and Compatibility Assessment Research) was to define an integrated set of test procedures and associated metrics to assess a vehicle's frontal impact protection, which includes self-And partner-protection. For the development of the set, two different full-width tests (full-width deformable barrier [FWDB] test, full-width rigid barrier test) and three different offset tests (offset deformable barrier [ODB] test, progressive deformable barrier [PDB] test, moveable deformable barrier with the PDB barrier face [MPDB] test) have been investigated. Different compatibility assessment procedures were analysed and metrics for assessing structural interaction (structural alignment, vertical and horizontal load spreading) as well as several promising metrics for the PDB/MPDB barrier were developed.The final assessment approach consists of a combination of the most suitable full-width and offset tests. For the full-width test (FWDB), a metric was developed to address structural alignment based on load cell wall information in the first 40 ms of the test. For the offset test (ODB), the existing ECE R94 was chosen. Within the paper, an overview of the final assessment approach for the frontal impact test procedures and their development is given. cop. 2014 Taylor and Francis. Subject Mechanics, Materials and StructuresIVS - Integrated Vehicle SafetyTS - Technical SciencesTrafficMobilityAssessmentBarrierCompatibilityCrash testFIMCARFrontal impactMetric To reference this document use: http://resolver.tudelft.nl/uuid:bec8bae3-db0b-45e1-a265-268f874cbb53 DOI https://doi.org/10.1080/13588265.2014.909562 TNO identifier 507078 Publisher Taylor and Francis Ltd. ISSN 1754-2111 Source International Journal of Crashworthiness, 19 (4), 414-430 Document type article Files To receive the publication files, please send an e-mail request to TNO Library.