Damage Assessment in Japan and Potential Use of New Technologies in Damage Assessment

Author:

Kusunoki K.

Abstract

AbstractRight after an earthquake, it is quite important to evaluate the damage level of the buildings in the affected area. In Japan, a rapid inspection is conducted to evaluate the risk of collapse due to an aftershock. If any damage is detected, it is required to conduct damage classification, which takes time but categorizes its damage into five damage categories. Japan has a standard for both rapid inspection and damage classification. They are briefed in this chapter. Similar to the damage classification, the loss of the house and home contents for the earthquake insurance. The method for earthquake insurance is also introduced. Since they are based on visual inspection, it is quite difficult to investigate the damage of the high-rise buildings and buildings covered by finishing. Recently, many kinds of research are conducted to use sensors for automatic and realtime damage classification. A structural health monitoring method with accelerometers based on the capacity spectrum method, which is currently installed into more than 40 buildings, is also introduced.

Publisher

Springer International Publishing

Reference10 articles.

1. Bunno M, Maeda M, Nagata M (2006) Damage classification method for the damaged R/C buildings based on the residual seismic capacity of structural members. Proc Japan Concr Inst 22(3):1447–1452 (in Japanese)

2. Japan building disaster prevention association (2015) Guideline for post-earthquake damage evaluation and rehabilitation of RC buildings in Japan Part II RC and SRC buildings (in Japanese)

3. Kusunoki K (2016) Damage evaluation of a base-ısolated building with measured accelerations during Tohoku Earthquake. In: The 16th world conference on earthquake engineering, digital

4. Kusunoki K (2018) A new structural health monitoring system for real-time evaluation of building damage. Seism Haz Risk Assess 331–343. https://doi.org/10.1007/978-3-319-74724-8_22

5. Kusunoki K, Teshigawara M (2003) A new acceleration ıntegration method to develop a real-time residual seismic capacity evaluation system. J Struct Constr Eng 569:119–126 (in Japanese)

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