文件名称:edt-examples
介绍说明--下载内容均来自于网络,请自行研究使用
The ElastoDynamics Toolbox is a MATLAB toolbox to model wave propagation
in layered media. It is based on the direct stiffness method and the thin layer
method [10, 12]. The toolbox can be used to solve a variety of problems governed
by wave propagation in the soil:
Site amplification Site amplification is an important issue in the assessment of
the seismic hazard at sites where the top soil layers are particularly soft. In such
cases, the seismic motion at the surface can be much higher than the outcrop
motion due to resonance of the soft layers-This chapter describes how to start using the ElastoDynamics Toolbox (EDT) for
MATLAB. The chapter is organized as follows:
About the ElastoDynamics Toolbox (p. 1)
The ElastoDynamics Toolbox for MATLAB is briefly introduced.
Obtaining and installing EDT (p. 1)
This section explains where to get EDT and how to install it.
Terms of use (p. 3)
The terms and conditions to use of EDT are summarized. It is shown how to refer
to EDT in scientific publications.
Scope and structure of this document (p. 3)
The aim of this user’s guide is delineated and the organization of the text is
clarified.
in layered media. It is based on the direct stiffness method and the thin layer
method [10, 12]. The toolbox can be used to solve a variety of problems governed
by wave propagation in the soil:
Site amplification Site amplification is an important issue in the assessment of
the seismic hazard at sites where the top soil layers are particularly soft. In such
cases, the seismic motion at the surface can be much higher than the outcrop
motion due to resonance of the soft layers-This chapter describes how to start using the ElastoDynamics Toolbox (EDT) for
MATLAB. The chapter is organized as follows:
About the ElastoDynamics Toolbox (p. 1)
The ElastoDynamics Toolbox for MATLAB is briefly introduced.
Obtaining and installing EDT (p. 1)
This section explains where to get EDT and how to install it.
Terms of use (p. 3)
The terms and conditions to use of EDT are summarized. It is shown how to refer
to EDT in scientific publications.
Scope and structure of this document (p. 3)
The aim of this user’s guide is delineated and the organization of the text is
clarified.
相关搜索: thin
layer
method
matlab
seismic
ElastoDynamics
Toolbox
Layered
Media
Matlab
7
6
Lamb
wave
toolb
seismic
layer
method
matlab
seismic
ElastoDynamics
Toolbox
Layered
Media
Matlab
7
6
Lamb
wave
toolb
seismic
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下载文件列表
chapter2
........\example1.m
........\example2.m
chapter4
........\example1.m
........\example2.m
........\example3a.m
........\example3b.m
........\example3c.m
........\example4.m
........\example5.m
chapter5
........\example1.m
chapter6
........\example1.m
chapter7
........\ddeg.m
........\example1.m
........\example2.m
........\gdeg.m
........\lomaprieta.txt
chapter8
........\example1.m
........\example2.m
........\example3.m
chapter9
........\example1.m
........\example2.m
........\example1.m
........\example2.m
chapter4
........\example1.m
........\example2.m
........\example3a.m
........\example3b.m
........\example3c.m
........\example4.m
........\example5.m
chapter5
........\example1.m
chapter6
........\example1.m
chapter7
........\ddeg.m
........\example1.m
........\example2.m
........\gdeg.m
........\lomaprieta.txt
chapter8
........\example1.m
........\example2.m
........\example3.m
chapter9
........\example1.m
........\example2.m