Fatigue‐resistant Fe‐Mn‐Si‐based alloy seismic dampers to counteract long‐period ground motion-Reference-Cited by-同舟云学术

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Fatigue‐resistant Fe‐Mn‐Si‐based alloy seismic dampers to counteract long‐period ground motion

Published:2020-09-17 Issue:1 Volume:4 Page:76-87
ISSN:2475-8876
Container-title:JAPAN ARCHITECTURAL REVIEW
language:en
Short-container-title:Jpn Archit Rev

Author:

Inoue Yasuhiko¹^ORCID,Kushibe Atsumichi¹,Umemura Kenji²,Mizushima Yasunori³^ORCID,Sawaguchi Takahiro⁴,Nakamura Terumi⁵,Otsuka Hiroaki⁶,Chiba Yuya⁶

Affiliation:

1. Takenaka R & D Institute Takenaka Corporation Inzai‐shi Chiba Japan

2. Structural Engineering Section, Design Department, Nagoya Branch Office Takenaka Corporation Nagoya‐shi Aichi Japan

3. School of Human Science and Environment University of Hyogo Himeji‐shi Hyogo Japan

4. National Institute for Materials Science Tsukuba‐shi Ibaraki Japan

5. Materials Manufacturing and Engineering Station National Institute for Materials Science Tsukuba‐shi Ibaraki Japan

6. R & D Group Awaji Materia Co., Ltd. Chiyoda‐ku Tokyo Japan

Funder

New Energy and Industrial Technology Development Organization

Publisher

Wiley

Subject

General Medicine

Link

https://onlinelibrary.wiley.com/doi/pdf/10.1002/2475-8876.12193

Reference12 articles.

1. Designing Fe‐Mn‐Si alloys with improved low‐cycle fatigue lives;Sawaguchi T;Scripta Materialia,2015

2. Effect of strain amplitude on the low‐cycle fatigue behavior of a new Fe‐15Mn‐10Cr‐8Ni‐4Si seismic damping alloy;Nikulin I;International Journal of Fatigue,2016

3. Superior fatigue life of Fe‐15Mn‐10Cr‐8Ni‐4Si seismic damping alloy subjected to extremely high strain amplitudes;Nikulin I;Materials Letters,2018

4. Vibration mitigation by the reversible fcc/hcp martensitic transformation during cyclic tension–compression loading of an Fe–Mn–Si-based shape memory alloy

5. Mechanism of reversible transformation-induced plasticity of Fe–Mn–Si shape memory alloys

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