摘要
针对水利工程复杂及多样性的特点,本文较为系统地研究了Algor Super有限单元分析软件的结构及功能,在此基础上结合工程实例研究了该软件在水利工程结构和渗流分析中的应用,并对该软件进行了二次开发,本文的主要研究内容如下:
1、研究了Algor Super有限单元软件在水利工程结构分析中的应用,同时探讨了钢筋混凝土混合单元模型的模型理论与制作方法,并经算例的计算与比较,证实了混合单元模型的可靠性和实用性;在此基础上将上述方法应用于实际的钢筋混凝土构件计算分析。
2、以Super有限单元软件为平台,通过吊杆拱桥计算,研究了逆序法计算模拟施工工艺的软件使用技巧,揭示了原计算方法的不足之处,据此提出了改进的计算方法。
3、研究了Algor Super有限单元分析软件在水利工程渗流分析中的应用,并重点分析了该方法应用技巧,在上述研究的基础上,对传统的分析处理方法作了改进,并经实例对改进的方法可行性进行了验证。
Aimed at the complicacy and variety of water conservancy, the structure and function of Algor Super are studied in this dissertation. Based on the gain of the study, the dissertation researches the application of this software in water conservancy structure and seepage analysis. The secondary development of Algor Super is developed in this dissertation.
1) The dissertation studies the application of Algor Super in mechanics analysis in Water Conservancy, creates and uses the reinforced concrete hybrid finite element model. The dependability and practicability of the hybrid finite element are proved to be good by comparing the conclusion of account. The dissertation applies the method in analysis of actual reinforced concrete.
2) The dissertation study the means of inverted way for simulating the course of construction by analyzing the suspender arch bridge, Find the shortage of the departed method on analyzing the suspender arch bridge.
3) The dissertation studies the application of Algor Super in seepage analysis in Water Conservancy, demonstrates the theoretic gist and how to apply the software in seepage analysis in Water Conservancy. Based on the technique of applying the software in seepage analysis in Water Conservancy, this dissertation develops the original method in seepage analysis and verifies the feasibility of this new method in seepage analysis.
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