地震工程

HHT方法在地震工程中的应用之初步探讨

Discussion on the application of HHT method to earthquake engineering

研究了运用Hilbert变换判断系统非线性状态的方法在地震工程中的应用。

The application of the system nonlinearity detection based on Hilbert transform in earthquake engineering is studied .

浅谈地震工程中的模态pushover分析方法

Talking about model pushover analysis method of seismic engineering

本文将信息扩散方法和BP型人工神经元网络相结合，建立了一类可供地震工程领域使用的模糊人工神经元网络。

By using information diffusion method combined with BP neural network , the author suggests a kind of fuzzy neuron in this paper which is applicable to earthquake engineering .

地震工程中的静力弹塑性（pushover）分析法

Pushover Analysis Method in Earthquake Engineering

对生命线地震工程中存在多源点和节点失效的网络可靠性分析，应用MonteCarlo模拟技术，提出了一般方法。

On the aseismic reliability analysis of lifeline networks containing multisources and node failures , applying Monte Carlo simulation technique , a general method is presented .

本文对地震工程领域常用的几种计算机语言进行了评测，其中包括BASIC，FORTRAN，PASCAL和C。

This paper presents some results in evaluation and test on several popular computer languages used in earthquake engineering field , including FORTRAN , BASIC , PASCAL and C.

土-结构相互作用（Soil-StructureInteraction，简称SSI）是近三十年来世界地震工程领域研究的重要课题之一。

Soil-Structure Interaction ( SSI ) has been one of the most important issues of earthquake engineering in the world in the recent thirty years .

Rayleigh波具有许多重要的特性，在地球物理学，地震工程，和岩土工程等领域有着重要的价值。

Rayleigh wave has a number of important features , it is of significant interest in earthquake engineering , geophysics , geotechnical engineering and other fields .

通过介绍美国地震工程网络模拟系统（NEES），阐述了我们和先进国家之间在试验手段上的差距。

Setting forth gap in experiment means in our country and developed country by introducing NEES .

本文综述了数字化技术在地震工程领域的研究现状及其发展前景，提出了利用3S技术进行数字震害评估的设想。

The present situation and prospect of study on digitalization technology will be summed up . An idea of digital earthquake damage evaluation built by " 3S " technique is proposed .

随着SRC结构性能优势的日益突出和当代抗震设计理念的迅速发展，基于性能的抗震设计理念逐步被地震工程界所认同。

With the prominent advantages of SRC structures and the development of seismic design philosophy , performance based seismic design ( PBSD ) philosophy has been widely accepted by experts of earthquake engineering .

采用Weibull函数，综合考虑了断裂活动可能产生的振动、错动、蠕滑、地面裂缝、液化和崩塌等6种因素，建立了该区断裂地震工程地质模型；

And the Weibull model is established to estimate the risk of the activity of faults , taking into consideration factors such as the fault-induced vibration , displacement , creep , ground fracture , liquefaction , and landslide .

作为基于性能设计的重要工具，pushover分析方法以其简便、实用性强的特点而得到地震工程界的广泛关注。

As an important tool for the performance based seismic design philosophy , pushover analysis ( PA ) has been widely caught attention by the experts of earthquake engineering for its merits of simplicity and practicality .

提出将地震工程中反射地震法与新型正交异性压电复合材料OPCM声发射（AE）传感技术相结合，应用到土木工程结构健康监测SHM系统中。

By combining the reflection seismic method with orthotropic piezoelectric composite material ( OPCM ) acoustic emission ( AE ) sensor character , a novel SHM technique in civil engineering is proposed .

本文以美国太平洋地震工程研究中心（PEER）提出的基于性能的地震工程为框架，对钢筋混凝土连续梁桥的地震易损性、地震危险性以及地震风险进行了系统的研究。

In this thesis , the seismic fragility , seismic hazard and seismic risk of reinforced concrete continuous girder bridges have been systematically studied in the new generation of performance-based earthquake engineering ( PBEE ) initiated by the Pacific Earthquake Engineering Research Center ( PEER ) in the United States .

自1995年美国学者提出基于性能的抗震设计（英文简称PBSD）的概念以来，这种思想已被世界各国地震工程界所接受和发展。

Since performance-based seismic design ( PBSD ) methodology was put forward by Northern American researchers in 1995 , such methodology has been widely accepted and developed in the field of earthquake engineering .

“我们不认为我们[在试验阶段]会走得那么远。”设在意大利Pavia的欧洲地震工程培训研究中心的土木工程师HelenCrowley说。

" We didn 't think we 'd get that far [ during the pilot stage ] ," said Helen Crowley , a civil engineer at the European Centre for Training and Research in Earthquake Engineering , Pavia , Italy .

基于性能抗震工程PBSE理论是21世纪国际地震工程界的重要课题，而准确有效地评估结构在地震作用下的最大反应（地震需求）则是其关键所在。

Performance-based seismic engineering ( PBSE ) is a very important research project in the field of international earthquake engineering , and estimating the maximum response of structures under seismic action accurately and efficiently is the key point of PBSE exactly .

模糊数学方法在美国地震工程领域中的使用情况

The Use of Fuzzy Sets in Seismic Engineering in The U.S.A

地震工程和固体力学中的几个问题及其改进

Some Problems in Earthquake Engineering and Solid Mechanics and Their Improvements

黄土场地的脉动特征及地震工程意义

Microtremors Characteristics of Loess Site and Their Application in Earthquake Engineering

中国地震工程五十年

On the 50 Years ' Development of Earthquake Engineering in China

地震工程的研究和应用&回顾与展望

Earthquake Engineering Research and Its Application & Review and Prospect

幂态思维及其在地震工程知识描述中的实现

Power mode of thinking and its application to earthquake engineering knowledge representation

地震工程项目之质量与工期探析

An Investigation into Quality and Construction Period of Seismic Project

基于能量平衡的响应预测法在地震工程中的应用

Application of Predicated Response Method in Earthquake Engineering Based on Energy Balance

沈阳地区地震工程地质问题的初步研究

Preliminary research on the geological problems of earthquake engineering in Shenyang Region

浅谈我国地震工程专业软件的发展

On developments in application software for earthquake engineering in China

美国地震工程研究学会简介

A Brief Account of the U. S. Research Society of Earthquake Engineering