工程地震学

岩石圈结构的长周期研究和工程地震学；

Long period studies of lithospheric structure and engineering seismology ;

本文讨论图象识别方法在工程地震学中应用的现状及前景。

In this paper , we discuss the application of pattern recognition method to the engineering seismology .

工程地震学中所指的“面源”属于这样一类潜在震源区&区内发震断层的位置和走向都是不确定的。

Area source in engineering seismology is such a type of potential earthquake source which the positions and strikes of genetic faults are uncertain .

此外，本文还着重从历史地震统计及工程地震学的理论研究出发，分析地震参数的取值，从而保证了反演参数的可信度。

Furthermore , the author study the character of the earthquake factor through researching into historical earthquakes of the investigated area and engineering seismology , it insures the reliability of reverse calculation parameters .

欧洲工程地震学与地震工程及地震学实验场；科林斯地震预报实验场，以及土耳其和希腊两国的防震减灾工作

Seismological research in Greece and the medium strong earthquake occurring in Athens , the European Test Site for Engineering Seismology and Earthquake Engineering and Seismology , the earthquake preparedness and disaster reduction work in these two countries

国际地震工程和地震学研究所欧洲地震工程师协会

International Institute of Earthquake Engineering and Seismology European Earthquake Engineers

移动荷载作用下土体的动力响应的研究在交通工程、地震学等领域都是重要的研究课题。

The study of dynamic analysis of fully saturated soil under moving load is of importance to several disciplines , such as traffic engineering , seismology .

场地条件是地震动和地震灾害中十分重要的影响因素，与其相关的研究一直是工程地震和地震学领域的重要内容。

Site condition governed distribution of strong ground motion and earthquake damage significantly . The studies on this issue have been important in the areas of engineering seismology and seismology for decades .

确定隐蔽层的厚度，是工程物探、工程地质和工程地震学中的一个重要问题。

Determining the thickness of " hidden layer " is an important problem in engineering geophysics and engineering geology .

非饱和多孔介质中弹性波的传播是土木工程、石油工程、生物工程、地震学及地球物理等领域重要的基础性课题。

The subject on elastic wave propagation in unsaturated porous media is an important subject in Civil Engineering , Petroleum Engineering , Bioengineering , Earthquake Engineering and Geophysics .

爆破震动对边坡稳定性的影响是极其复杂的岩体工程地质力学问题，涉及工程地质、岩石动力学、地震学、地球物理学、地震工程学、工程地震学等相关学科。

The influence of blasting vibration to the stability of the slope is a extremely complicated question of project geological mechanics of the rock which involves the relevant disciplines such as project geology , rock dynamics , seismology , geophysics , earthquake engineering , project seismology etc.