【作者】 冯海英；

【导师】 李东生；

【作者基本信息】 太原理工大学 ， 计算机应用技术， 2003， 硕士

【摘要】 结构地震动力反应的可视化分析，是科学计算可视化技术在建筑结构抗震分析中延伸。科学计算可视化(Visualization in Scientific Computing，简称VISC)是发达国家在20世纪80年代后期提出并发展起来的一个新的研究领域。目前，随着有限元法和计算机软硬件的迅猛发展，科学计算可视化技术已经成为分析、研究各种系统的重要工具。在隔震结构的动力反应分析中，可视化技术的应用研究必将成为建筑隔震领域的重要分支。 可视化仿真技术应用于结构动力分析涉及到的学科很多，有结构动力学，计算机图形学，图形与图像处理，计算机语言等。可视化将计算机得到的计算数据以文本、图形或图像描述出来，使不可见变为可见。本文论述了隔震体系地震反应的可视化系统组成，探索了将VISC技术应用于结构地震分析的有效途径和关键技术方法。本文以MATLAB作为开发工具，对可视化的结构地震动力反应系统进行了设计，并对所设计的系统进行了功能检验。更多还原

【Abstract】 The seismic analysis visualization of structure is a stretch of the scientific computing visualization. The visualization of scientific calculation is a new area, and was put forth in the 1980 and have received a rapid development since then. The visualization technology is extensively used in the engineering area with the rapidly development of finite element method and the computer software and hardware. It is certain that the application of visualization technology must be extensively used in the seismic analysis of base isolation system.The seismic analysis visualization of structure is related to many subjects, such as structural dynamics, computer graphics, technology of graphics processing, computer language, and so on. Scientific Visual used the texts pictures, images and graphics to describe the computeral data and make them visible. In this paper, the visualization system of the analysis method of earthquake response was given. The analysis methods of VISC used in earthquake response of base isolation system is discussed, and the key technical method of the VISC used in earthquake analysis was probed. Used MATLAB , the visualization system of structure earthquake response was designed.更多还原