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• The EPS construction method used on steep slopes, where space is limited, and in other similar locations is often executed using vertical concrete panels as the wall surface. It is therefore difficult to restore vegetation on the wall. The EPS lightweight embankment method, which uses expandable metal, welded metal screens, or Geogrid as the wall surface in order to build a steep reinforced embankment where vegetation can be restored, has recently been applied at a number of work sites in Japan. However, certain aspects of this method are still not understood, such as how work executed by this method is affected by the traffic load. A full-size embankment 3m in height was constructed and used for vibration testing as part of research to clarify these types of behaviors.This paper reports on the results of the vibration testing.

• 国際ジオシンセティックス学会 日本支部の論文

国際ジオシンセティックス学会 日本支部 | 論文

• 二重壁構造を有する補強土壁の両面盛土への適用
• 二重壁構造をもつ垂直補強土擁壁の現場実験と数値解析
• 廃棄物処分場向け遮光性保護マットの屋外暴露挙動について
• 線状高分子混合処理土と遮水シートの境界面における遮水性の評価
• 補強土擁壁の地震時変位量計算手法の構築及び実被害事例への適用

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