EventsOHOW 2022 – The 1st International Symposium on One Health, One World
Published
with-doi10.3390/ohow2022-13612 (registering DOI)
This submission belongs to the session S1. Urban Safety and Disaster Mitigation of the event OHOW 2022 – The 1st International Symposium on One Health, One World
Published date
16 Nov, 2022
Academic Editor
author-avatarWataru Takeuchi
Citation
KOKI HORINOUCHI, Reiko Kuwano, Makoto Kuno, Fabrication of in-situ test apparatus and Application to volcanic soils, in Proceedings of OHOW 2022 – The 1st International Symposium on One Health, One World, Amari Pattaya Hotel, 8 December–10 December 2022, MDPI: Basel, Switzerland, doi: 10.3390/ohow2022-13612
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Fabrication of in-situ test apparatus and Application to volcanic soils

Reiko Kuwano 2
1. Master, School of Engineering, The University of Tokyo
2. Professor, Institue of Industrial Science, The University of Tokyo
3. technical Staff, Institute of Industrial Science, The University of Tokyo
Abstract

Slope failure is an important disaster that should be taken into consideration, such as slope failure of highway slopes that have a large negative impact on society and slope failure that occurs near residential areas that can cause loss of human life. This study was initiated to investigate the shear properties of a mountain slope composed of volcanic soil at an elevation of about 1,400 m, where a landslide occurred in the past. However, we experienced the difficulty of carrying the undisturbed sample back to the site because of the 2.5 km long uphill and downhill mountain road and the water spewing from the disturbed sample that we brought back. Therefore, a testing machine was fabricated to conduct in-situ tests with less disturbance to the site-specific soil structure.

Keywords
Direct shear box test
microcontroller unit
3D printer
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