201323rd International Technical Conference on the Enhanced Safety of Vehicles (ESV)National Highway Traffic Safety AdministrationRequires access

The study of Side Structure Optimization of the SUV for New Side NCAP tests

Sangwook Seo, Doohyeok Sim, Jinkyu Min

Open publisher page 0 citations

Abstract

NCAP(New Car Assessment Program) Test will be revised from 2015. For this paper, two types of side impact test have implemented. One was Korea NCAP Side MDB test and the other was Euro NCAP Side Pole Test.Korea NCAP Side MDB test have done two times with old(R95 MDB) and new(AE-MDB) version 1) . And Euro NCAP Side Pole test also have done two times with (90degree side pole test) and new(75degree oblique side pole test) 2) . Thus total amount of test was four times.In case of the side MDB test of Korea NCAP, R95 MDB test and AE-MDB test were compared. And in case of the side pole test of Euro NCAP, 90 degree side pole test and 75 degree oblique test were compared. From the test data and CAE result, structure deformation and dummy injury (ES-2 and SID-2) characteristic were somewhat different by test mode of each. Therefore, the purpose of this paper is to reduce dummy injury data by optimization of structure and stiffness and apply new project.

About this research paper

What this paper is about

NCAP(New Car Assessment Program) Test will be revised from 2015. For this paper, two types of side impact test have implemented. One was Korea NCAP Side MDB test and the other was Euro NCAP Side Pole Test.Korea NCAP Side MDB test have done two times with old(R95 MDB) and new(AE-MDB) version 1) . And Euro NCAP Side Pole test also have done two times with (90degree side pole test) and new(75degree oblique side pole test) 2) . Thus total amount of test was four times.In case of the side MDB test of Korea NCAP, R95 MDB test and AE-MDB test were compared. And in case of the side pole test of Euro NCAP, 90 degree side pole test and 75 degree oblique test were compared. From the test data and CAE result, structure deformation and dummy injury (ES-2 and SID-2) characteristic were somewhat different by test mode of each. Therefore, the purpose of this paper is to reduce dummy injury data by optimization of structure and stiffness and apply new project.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

NCAP(New Car Assessment Program) Test will be revised from 2015. For this paper, two types of side impact test have implemented. One was Korea NCAP Side MDB test and the other was Euro NCAP Side Pole Test.Korea NCAP Side MDB test have done two times with old(R95 MDB) and new(AE-MDB) version 1) . And Euro NCAP Side Pole test also have done two times with (90degree side pole test) and new(75degree oblique side pole test) 2) . Thus total amount of test was four times.In case of the side MDB test of Korea NCAP, R95 MDB test and AE-MDB test were compared. And in case of the side pole test of Euro NCAP, 90 degree side pole test and 75 degree oblique test were compared. From the test data and CAE result, structure deformation and dummy injury (ES-2 and SID-2) characteristic were somewhat different by test mode of each. Therefore, the purpose of this paper is to reduce dummy injury data by optimization of structure and stiffness and apply new project.

Key concepts: Test (biology), Side impact, Test method, Far side of the Moon, Side chain, Side effect (computer science), Mathematics, Structural engineering

Related papers

Back to paper searchBrowse research topicsOriginal source
The study of Side Structure Optimization of the SUV for New Side NCAP tests — Research Paper | ScholarLens