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Impact Test Device
DPRI
82 Disaster Prevention Research Institute Boundary layer wind tunnel laboratory
Disaster Prevention Research InstituteBoundary layer wind tunnel laboratory Disaster Prevention Research InstituteBoundary layer wind tunnel laboratory
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Impact Test Device

Model
Manufacturer
Specification
Impact tests can be performed using an air cannon. An object that can be put into a circular tube with an inner diameter of 100 mm is injected and collided with a test specimen. A square piece of wood weighing 3 kg can accelerate up to 75 m/s. In addition, it is equipped with a pressure loading device and can repeatedly apply pressure up to ±2500Pa to panels up to 900mm x 1100mm in size. Impact resistance performance test for glass and exterior materials (based on ASTM E1886-04, E1996-04, ISO 16932, JIS R 3109)
Location
Disaster Prevention Research Institute Boundary layer wind tunnel laboratory
Installation Year
2009
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Overview

Impact tests can be performed using an air cannon. An object that can be put into a circular tube with an inner diameter of 100 mm is injected and collided with a test specimen. A square piece of wood weighing 3 kg can accelerate up to 75 m/s. In addition, it is equipped with a pressure loading device and can repeatedly apply pressure up to ±2500Pa to panels up to 900mm x 1100mm in size. Impact resistance performance test for glass and exterior materials (based on ASTM E1886-04, E1996-04, ISO 16932, JIS R 3109)

Responsible department

Boundary layer wind tunnel laboratory

Available Users

Kyoto University,Other Research,Companies, etc.
Device Use

Persons proficient in using the machinery are preferred.
Usage shall be for one day. For details, please contact the person in charge of the device.

Notes

A joint research agreement must be signed (Prior consultation is possible before applying for a public offering)

Usage rules

Please check the shared use facilities page of the Kyoto University Disaster Prevention Research Institute.
http://www.dpri.kyoto-u.ac.jp/shared/

Inquiries

Research Division of Atmospheric and Hydrospheric Disasters. Takashi Maruyama
MAIL
maruyama.takashi.8w*kyoto-u.ac.jp
※Please change 「*」 to 「@」 and send.

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