ISO/TR 15766:2000 PDF

Name: ISO/TR 15766:2000 — Road vehicles — Pedestrian protection — Targets for the assessment of the biofidelity of pedestrian-leg test devices
SKU: ISO/TR 15766:2000
Price: 25 EUR
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Road vehicles — Pedestrian protection — Targets for the assessment of the biofidelity of pedestrian-leg test devices

Название (английский):

ISO/TR 15766:2000

Road vehicles — Pedestrian protection — Targets for the assessment of the biofidelity of pedestrian-leg test devices

Статус документа:: Действующий
Формат:: Электронный (PDF)
Количество страниц:: 12
Дата публикации:: 6 апреля 2000 г.
Издание:: ISO TR 15766 edition 1 version 1
ICS:: 43.180

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Описание (английский):

This Technical Report describes laboratory-test procedures and impact-response targets for the assessment of the impact biofidelity of thigh, knee and leg test devices and mathematical models used in pedestrian-protection studies. The targets apply to impacts to either the inside (medial) or outside (lateral) surfaces of the leg.

Abstract

Похожие стандарты

Упомянутые в описании и другие стандарты ISO

Overview

ISO/TR 15766:2000 is an International Organization for Standardization Technical Report focused on pedestrian protection. It provides laboratory test procedures and impact-response targets to assess the biofidelity (biomechanical realism) of pedestrian thigh, knee and leg test devices and mathematical models. The targets apply to impacts on either the medial (inside) or lateral (outside) surfaces of the leg. As a Technical Report, it is informative guidance based on cadaver and experimental data rather than a prescriptive standard.

Key Topics and Requirements

Four principal test types to quantify leg/knee impact response:

Lateral knee-bending tests at 15 km/h and 20 km/h (impactor mass 40 kg; polystyrene-foam face).
Lateral knee-shear test at 15 km/h (same 40 kg impactor configuration).
Lateral knee-impact test at 2.6 m/s using a 74 kg free-mass impactor (measures peak knee force and valgus angle).
Static lateral knee-stiffness test (loading rate 100 mm/s) to determine stiffness K = F/δ.

Specific measurable targets:

Impact-force corridors (time–force corridors) are defined for the bending and shear tests (corridor coordinates given in the report).
For the 2.6 m/s knee impact: peak knee force 1.2–1.5 kN and maximum valgus angle 25°–31°.
Lateral knee stiffness at 25 mm medial deflection: 4.0–4.5 N/mm.

Test instrumentation and measurement conventions:

Impactor acceleration measured (CFC 180 filtering per ISO 6487) to compute force.
Medial support loads and impactor velocity recorded; valgus angle determined by film analysis.

Test hardware details:

Use of rigid polystyrene-foam blocks (specified dimensions) for impact faces and supports; the report requires new foam blocks for each test and provides foam-response characterization in Annex A.

Applications

Validation and calibration of pedestrian-leg test devices, surrogate knees, anthropomorphic dummies, and computational human-body models used in pedestrian-impact studies.

Automotive safety engineering for vehicle front-end design, bumper systems, pedestrian protection countermeasures, and active safety evaluations.

Regulatory and research laboratories developing biomechanical injury risk assessments and harmonizing test methods across programs.

Related Standards

ISO/TR 9790 - anthropomorphic side-impact dummy lateral response requirements (related biofidelity criteria).

ISO 6487 - measurement techniques in impact tests (instrumentation, filtering).

Keywords: ISO TR 15766:2000, pedestrian protection, biofidelity, pedestrian-leg test devices, lateral knee-bending, knee-shear, knee-impact, knee-stiffness, impact-response targets, polystyrene foam.

ISO/TR 15766:2000 PDF

Abstract

Похожие стандарты

Overview

Key Topics and Requirements

Applications

Who Would Use This

Related Standards

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