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商品编号: |
DVDXX16491 |
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商品名稱: |
SeismoMatch 2018.4.1 一款用於響應譜匹配的地震軟件 |
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碟片數量: |
1片 |
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銷售價格: |
100 |
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瀏覽次數: |
14047 |
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【轉載TXT文檔】 |
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SeismoMatch 2018.4.1 一款用於響應譜匹配的地震軟件 |
SeismoMatch2018是一款用於響應譜匹配的地震軟件,能夠使用小波算法調整地震加速度圖以匹配特定目標響應譜的應用程序。軟件使用支持同時匹配多個加速度圖,然後獲得平均匹配的頻譜,其最大失配值遵循預定義的容差。該軟件可以與記錄選擇工具結合使用並記錄適當性驗證算法為新的或現有結構的非線性動態分析定義了足夠的記錄套件。該程序能夠讀取以不同文本文件格式保存的加速度圖。然後可以以其頻譜加速度在預定義的響應頻譜的特定容限內匹配的方式調整該地面運動記錄的集合。目前,可以通過遵循歐洲規範8規則,通過計算特定加速度圖的頻譜或通過簡單地加載用戶定義的頻譜來創建目標頻譜。然後為匹配的加速度圖計算各種強運動參數,SeismoMatch還提供了一個模塊,用戶可以在其中組合許多匹配的加速度圖,以獲得滿足用戶關於最大和平均失配的要求的組合平均頻譜。由於其與Windows環境的完全集成,SeismoMatch允許將數字和圖形結果複製到任何Windows應用程序(例如MS Excel,MS Word等),並注意到圖表的特徵可以完全自定義從程序本身。
SeismoMatch is an application capable of adjusting earthquake records, through wavelet addition, to match a specific target response spectrum. Users have the opportunity to simultaneously match a number of accelerograms, and then obtain a mean matched spectrum whose maximum misfit respects a pre-defined tolerance. This software can be used in combination with record selection tools to define adequate suites of records for nonlinear dynamic analysis of structures.
Some of its features are:
Simultaneous matching of a number of accelerograms, and then creation of a mean matched spectrum whose maximum misfit respects a pre-defined tolerance.
Possibility of using this software in combination with records selection tools and records appropriateness verification algorithms to define adequate suites of records for nonlinear dynamic analysis of new or existing structures.
Capability of reading single accelerograms defined in both single- or multiple-values per line formats (the two most popular formats used by strong-motion databases) or of reading a number of accelerograms at the same time (if they are defined in the single-value per line format).
Creation of the target spectrum by following Eurocode 8 rules, by computing the spectrum of a specific accelerogram or by simply loading a user-defined spectrum.
The following strong-motion parameters are then computed for the matched accelerograms:
Elastic response spectra and pseudo-spectra
Overdamped and constant-ductility inelastic response spectra
Root-mean-square (RMS) of acceleration, velocity and displacement
Arias (Ia) and characteristic (Ic) intensities
Cumulative absolute velocity (CAV) and specific energy density (SED)
Acceleration (ASI) and velocity (VSI) spectrum intensity
Housner intensity
Sustained maximum acceleration (SMA) and velocity (SMV)
Effective design acceleration (EDA)
Predominant (Tp)
Significant duration
Whats New
Homepage
https://seismosoft.com/
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