Geomaterial characteristics of biodegradable wood waste
Memoirs of the Faculty of Engineering, Yamaguchi University Volume 56 Issue 2
Page 99-112
published_at 2006-03
Title
生分解性樹脂の地盤材料特性
Geomaterial characteristics of biodegradable wood waste
Source Identifiers
Creator Keywords
recycling
biodegradable plastic
scrapped wood
Unconfined compression
triaxial compression
Construction wastes such as concrete and asphalt have been reduced, recycled and reused. On the other hand, wood waste has not been sufficiently recycled. Attempts to improve mechanical characteristics of the biodegradable plastic by mixing with the wood have been made in various fields. A granular material with biodegradability has already been developed in the process of producing gardening, dish plate, architecture material, etc. We are researching an applicability of the granular material for drainage layer in fill material. It is very important to develop a new geomaterial that have a long-term safety for environment. The granular material was buried under a clay ground and a degree of the biodegradation was measured. Mechanical behavior of the buried granular material was examined using unconfined and triaxial compression tests. As a result, the biodegradable ratio of the granular material is approximately 3% per a year. Furthermore, the internal friction angle of the granular material is almost constant, irrespective of the buried period.
Languages
jpn
Resource Type
departmental bulletin paper
Publishers
山口大学工学部
Date Issued
2006-03
File Version
Version of Record
Access Rights
open access
Relations
[isVersionOf]
[URI]http://memoirs.lib-e.yamaguchi-u.ac.jp/
Schools
工学部