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Priorities for enhanced side impact protection in regulation 95 compliant cars

This paper summarises the main results of an analysis of accident data conducted for the European Enhanced Vehicles Committee (EEVC) WG13 "Side Impact" to inform the further development of side impact test procedures for cars. The analysis of data from three countries was coordinated by EE...

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Main Authors: Pete Thomas, Ruth Welsh, Erik Lenguerrand, Gilles Vallet, Dietmar Otte, J. Straandroth
Format: Default Conference proceeding
Published: 2009
Subjects:
Online Access:https://hdl.handle.net/2134/12263
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author Pete Thomas
Ruth Welsh
Erik Lenguerrand
Gilles Vallet
Dietmar Otte
J. Straandroth
author_facet Pete Thomas
Ruth Welsh
Erik Lenguerrand
Gilles Vallet
Dietmar Otte
J. Straandroth
author_sort Pete Thomas (1249617)
collection Figshare
description This paper summarises the main results of an analysis of accident data conducted for the European Enhanced Vehicles Committee (EEVC) WG13 "Side Impact" to inform the further development of side impact test procedures for cars. The analysis of data from three countries was coordinated by EEVC WG 21 “Accident Studies”. The national datasets of the UK, France and Sweden from the year 2005 were analysed containing a total of 411,311 cars. In each country side impacts typically represented 33% of all fatalities but less than 25% of casualties of all severities. Struck-side occupants represented typically 60% of all side impact casualties regardless of injury severity while the remainder of the casualties were seated away on the non-struck-side. Amongst single vehicle side impacts, collisions with poles were most commonly specified, although there was considerable variation between countries. In multi-vehicle crashes the collision partner was a car in about 75% of cases. The relative involvement of each type of collision partner varied by casualty severity and in both the UK and France there were similar numbers of fatalities in collisions with poles as with cars. A comparison of injury risks suggested the risk of serious injury in newer cars struck by other newer cars was similar to older, pre-Regulation 95, cars struck by older cars. This indicates the improvements in side protection since the introduction of Regulation 95 may have been at least partially offset by increases in front stiffness of cars due to the introduction of Regulation 94 and EuroNCAP. The paper presents other details on the circumstances of side impacts and the different driver populations involved in loss-of control and intersection collisions. It links to two other papers concerning car-to-car and car-to-pole side collisions using in-depth data.
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institution Loughborough University
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spelling rr-article-93396652009-01-01T00:00:00Z Priorities for enhanced side impact protection in regulation 95 compliant cars Pete Thomas (1249617) Ruth Welsh (1255239) Erik Lenguerrand (1806841) Gilles Vallet (7149605) Dietmar Otte (4434208) J. Straandroth (7150010) Design not elsewhere classified untagged Design Practice and Management not elsewhere classified This paper summarises the main results of an analysis of accident data conducted for the European Enhanced Vehicles Committee (EEVC) WG13 "Side Impact" to inform the further development of side impact test procedures for cars. The analysis of data from three countries was coordinated by EEVC WG 21 “Accident Studies”. The national datasets of the UK, France and Sweden from the year 2005 were analysed containing a total of 411,311 cars. In each country side impacts typically represented 33% of all fatalities but less than 25% of casualties of all severities. Struck-side occupants represented typically 60% of all side impact casualties regardless of injury severity while the remainder of the casualties were seated away on the non-struck-side. Amongst single vehicle side impacts, collisions with poles were most commonly specified, although there was considerable variation between countries. In multi-vehicle crashes the collision partner was a car in about 75% of cases. The relative involvement of each type of collision partner varied by casualty severity and in both the UK and France there were similar numbers of fatalities in collisions with poles as with cars. A comparison of injury risks suggested the risk of serious injury in newer cars struck by other newer cars was similar to older, pre-Regulation 95, cars struck by older cars. This indicates the improvements in side protection since the introduction of Regulation 95 may have been at least partially offset by increases in front stiffness of cars due to the introduction of Regulation 94 and EuroNCAP. The paper presents other details on the circumstances of side impacts and the different driver populations involved in loss-of control and intersection collisions. It links to two other papers concerning car-to-car and car-to-pole side collisions using in-depth data. 2009-01-01T00:00:00Z Text Conference contribution 2134/12263 https://figshare.com/articles/conference_contribution/Priorities_for_enhanced_side_impact_protection_in_regulation_95_compliant_cars/9339665 CC BY-NC-ND 4.0
spellingShingle Design not elsewhere classified
untagged
Design Practice and Management not elsewhere classified
Pete Thomas
Ruth Welsh
Erik Lenguerrand
Gilles Vallet
Dietmar Otte
J. Straandroth
Priorities for enhanced side impact protection in regulation 95 compliant cars
title Priorities for enhanced side impact protection in regulation 95 compliant cars
title_full Priorities for enhanced side impact protection in regulation 95 compliant cars
title_fullStr Priorities for enhanced side impact protection in regulation 95 compliant cars
title_full_unstemmed Priorities for enhanced side impact protection in regulation 95 compliant cars
title_short Priorities for enhanced side impact protection in regulation 95 compliant cars
title_sort priorities for enhanced side impact protection in regulation 95 compliant cars
topic Design not elsewhere classified
untagged
Design Practice and Management not elsewhere classified
url https://hdl.handle.net/2134/12263