Netherlands proposal intended to enhance head restraint effectiveness for taller people.

Netherlands presentation concerning the effort to ensure that head restraints provide effective protection at maximum height levels.

Review of J-MLIT,JASIC, and JARI preliminary results from research into the Inter-Vertebral Neck Injury Criterion (IV-NIC) as part of collobarative investigations with the USA.

NHTSA presentation on the development post-mortem human subject injury risk curves for use in developing injury assessment reference values for evaluating head restraint effectiveness in rear impacts.

Review of Humanetics evaluation of test dummies provided by the Partnership for Dummy Technology and Biomechanics (PDB), a cooperative venture by German car manufacturers in the competitively neutral field of crash test dummy technology, biomechanics and simulation.

Results of the Occupant Safety Research Partnership evaluation of dummies provided by the Partnership for Dummy Technology and Biomechanics (PDB) to determine if the
upper-neck response-differences observed across PDB dummies could be repeated and the source(s) of the differences identified.

Presentation on sled tests of the PDB dummies conducted by NHTSA’s Vehicle Research and Test Center (VRTC) to assist Humanetics in identifying causes of the reproducibility problem encountered by the Partnership for Dummy Technology and Biomechanics (PDB).

Trends in rear-impact accidents and injuries in Japan and implications for criteria to be used in determining head-restraint effectiveness in preventing neck injuries in such accidents.

Presentation on the results of testing to compare the responses of the BioRID II with those of the Hybrid III when subjected to FMVSS 202a and Modified Annex 9 rear impact pulses using OEM vehicle seats.

Results of BioRID-II dummy calibration tests with headrest conducted using heavy and light probe weights to evaluate the repeatability and reproducibility of the dummy responses.

In 2010 calibration tests without headrest （see document GTR7-06-06）, the waveform configurations （phase shift） of the 095G dummy were different from those of the 102G dummy and the 115G dummy. This presentation provides the results of investigations into this difference.

Faurecia presentation of the ADSEAT project, an EU initiative to provide guidance on how to evaluate the protective performance of vehicle seat designs aiming to reduce the incidence of whiplash-associated injuries.

Results of investigations intended to validate the reduction of tolerances for the BioRID II setting & acceleration pulse in the test procedures by analyzing the variations of test results due to various tolerance levels.

PDB comparison of test results pursuant to the Occupant Safety Research Partnership testing of the PDB dummies.

Expanded preliminary findings on post-mortem human subject injury risk curves and potential injury assessment reference values for rear-impact protection testing.

Overview of factors involved with precision of HRMD-backset measurements.

Updated presentation from the previous informal group meeting (GTR7-08) of December 2011 on the development of new procedures to ensure effectiveness of headrest protection for taller occupants (e.g., when headrest set at maximum height).

Comparison of FMVSS 202a, GTR 7 (Annex 1) and Netherlands-proposed height measurement procedure (per the December 2011 presentation).

Overview of Japanese research and conclusions regarding the reduction of minor neck injuries during rear-end impacts.

Expanded review of J-MLIT,JASIC, and JARI research into the Inter-Vertebral Neck Injury Criterion (IV-NIC) as part of collobarative investigations with the USA.

OICA/CLEPA presentation supporting the use a of head-restraint measuring device (HRMD) to enhance GTR 7 test procedures.

Draft report on the activities of the technical evaluation group developing certification procedures for the BioRID II dummy.

Extensive presentation on the results of investigations into BioRID seat test responses compared against certification results, in particular with regard to repeatability and reproducibility.

Presentation on the results of investigations designed to measure quasi-static spine stiffnesses and performance of the BioRID II dummy.

In 2010 calibration tests without headrest （see document GTR7-06-06）, the waveform configurations of the 095G dummy were different from those of the 102G dummy and the 115G dummy. This presentation, updated from the GTR7-8 session, provides the results of investigations into this difference.

Report on the project to assess the use of a dynamic geometry test procedure and to validate the calibration of
marker tracking systems so that the dynamic geometry measurements are of equivalent, traceable robustness to conventional load cell or accelerometer measurements.