Development of Aseismic Countermeasure for Masonry Wall Using Failure Prevention Net and Soil Reinforcement

Nakajima, Shigeru; Watanabe, Kenji; Koda, Masato; Fujiwara, Torajiro; Takasaki, Hideaki; Ikemoto, Hirofumi

doi:10.2208/jscejge.71.317

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Aseismic Reinforcement and Renovation Of Soil Structures1

Research and Development On Seismic Technologies1

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2016

2023

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Cited by 7 publications

(2 citation statements)

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“…(3) Aseismic reinforcement of an earth retaining wall [9] A systematic method for the aseismic reinforcement of masonry retaining walls was developed that uses collapseprevention nets and ground reinforcement materials. In addition, another method was devised for when the working area is very restricted (small) (See Fig.…”

Section: Aseismic Reinforcement and Renovation Of Soil Structuresmentioning

confidence: 99%

Recent Research and Development on Railway Geotechnical Structural Technology

Kojima¹

2017

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Section: Aseismic Reinforcement and Renovation Of Soil Structuresmentioning

confidence: 99%

Recent Research and Development on Railway Geotechnical Structural Technology

Kojima¹

2017

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“…In its efforts in seismic reinforcement of viaduct columns, which began following the 1995 Kobe Earthquake, RTRI developed a range of seismic reinforcement methods and published the Design and Construction Guidelines for Seismic Retrofitting [12]. In addition, RTRI developed a reinforcement method for the cut-off area on longitudinal reinforcement bars on RC bridge piers [13], a reinforcement method for the pivot bearing of old-type steel bridges [14] and a reinforcement method for masonry retaining walls [15].…”

Section: Research and Development On Seismic Technologiesmentioning

confidence: 99%

Recent Research and Development in Structural Technology

Tanimura¹

2016

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Yukihiro TANIMURA Structures Technology Division Recent Research and Development in Structural Technology Recent research and development into railway structures at the Railway Technical Research Institute has focused on maintenance of existing structures, seismic retrofitting, development of construction technologies considering performance and economic efficiency and environmental countermeasures for comfort improvement, etc. This review firstly describes technologies for monitoring and diagnosis of existing structures. Secondly, it describes technologies to improve the performance of existing structures and stations, such as noise reduction, spatial expansion and creating more pleasant and user-friendly stations. Finally, it describes technologies for seismic countermeasures, including earth structures with high resistance to tsunamis and improvement of seismic performance of existing structures.

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