Reinforcement of Program Package ILAS for Seismic Examination of Lifelines and Its Application to Main Cities Considering Regional Differences

考虑区域差异的生命线地震检测项目ILAS的强化及其在主要城市的应用

• 批准号: 07558055
• 负责人: KAWAKAMI Hideji
• 金额: $ 3.9万
• 依托单位: Saitama University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 1995
• 资助国家: 日本
• 起止时间: 1995 至 1996
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-07558055/
• 关键词: Lifeline; Pipes; Restoration; Earthquake; Earthquake Engineering; Underground Structures; Serviceability; Program; ネットワーク; プログラム; 震害; 都市基盤

The computer program ILAS (Intergrated Lifeline Analysis System) has been developed and reinforced for lifeline engineers. The ILAS is basically a program designed for analyzing earthquake risk in lifeline systems, and it includes many of the methods and algorithms for calculations proposed by researchers. The program. ILAS.is written in FORTRAN IV.and is composed of eight parts. (1) estimation of physical damage to each component of a lifeline system due to earthquake ; (2) seismic risk analysis on system connectiyity ; (3) seismic risk analysis on systemserviceability ; (4) sensitivity analysis and importance measures ; (5) simulation of restoration process.and proper disposition of personnel ; (6) inter-chain effect of lifeline systems ; (7) modeling of subordinate systems ; and (8) graphic representation. The program is applied to several example cities.

为生命线工程师开发并加强了计算机程序ILAS(综合生命线分析系统)。ILAS基本上是一个为分析生命线系统中的地震风险而设计的程序，它包括了研究人员提出的许多计算方法和算法。这个项目。ILAS.是用FORTRAN IV编写的，由八个部分组成。(1)地震对生命线系统各组成部分的物理损伤估计；(2)系统连通性的地震风险分析；(3)系统适用性的地震风险分析；(4)敏感性分析和重要性度量；(5)恢复过程的模拟和人员的合理配置；(6)生命线系统的链条效应；(7)下级系统的建模；(8)图形表示。该程序在几个示范城市得到了应用。

项目成果

Noda, S., Nojima, N., Hosoi, Y.and Kozuki, Y.: "Damage and functional performance of water supply systems, in The 1995 Hyogoken-nanbu Earthquake--Investigation into Damage to Civil Engineering Structures--" Japan Society of Civil Engineers. 229-240 (1996)

Noda, S.、Nojima, N.、Hosoi, Y. 和 Kozuki, Y.：“1995 年兵库县南部地震中供水系统的损坏和功能性能——土木工程结构损坏调查——”日本

Chayamghamian M.R.and Kawakami H.: "On the Characteristics of Non-linear Soil Response and Dynamic Soil Properties Using Vertical Array Data in Japan" Earthquake Engineering and Structural Dynamics. 25. 857-870 (1996)

Chayamghamian M.R. 和 Kawakami H.：“利用日本垂直阵列数据研究非线性土壤响应和动态土壤特性的特征”地震工程和结构动力学。

野田茂・能島暢呂・細井由彦・上月康則: "水道を中心とした阪神・淡路大震災の被害連鎖" 土木学会論文集. 556. 209-225 (1997)

Shigeru Noda、Noburo Noshima、Yoshihiko Hosoi、Yasunori Kozuki：“阪神淡路大地震的损害链以供水系统为中心”，日本土木工程师学会学报 556. 209-225 (1997)。

GHAYAMGHAMIAN M. R. KAWAKAMI H. and MOGI H.: "Microtremor Date Analysis for Seismic Microzonation in North of Tehran" Earthquake Geotechnical Engineering. 561-566 (1995)

GHAYAMGHAMIAN M. R. KAWAKAMI H. 和 MOGI H.：“德黑兰北部地震微分区的微震数据分析”地震岩土工程。

Kawakami H.and Mogi H.: "Simulated Space-Time Variation of Earthquake Ground Motion Including Observed Time History Record" Eleventh World Conference on Earthquake Engineering. Paper No.908. (1996)

Kawakami H.和 Mogi H.：“包括观测到的时间历史记录在内的地震地面运动的模拟时空变化”第十一届世界地震工程会议。