[工具][结构分析][编程][Abaqus] Pushover Performance Point Solution Program [Pushover 分析性能点求解程序][Based on ATC 40]

[Tool] Pushover Performance Point Solution Program [Pushover 分析性能点求解程序][Based on ATC 40]

[弹塑性][Abaqus Fre Post][编程][开发][工具] Abaqus 后处理工具 (Frequency 篇)

(占位,忙完项目后整理…)     注释 ( Comments )   ( 如果您发现有错误,欢迎批评指正。邮箱:jidong_cui@163.com . 如果您喜欢这篇博文,请在上面给我 点个赞 吧!         ( If you found any mistakes in the post, please let me know. Email : jidong_cui@163.com. If you like this posts, please give me a “thumbs …

[弹塑性][Abaqus][编程] Abaqus阻尼参数计算工具

        注释 ( Comments )   ( 如果您发现有错误,欢迎批评指正。邮箱:jidong_cui@163.com . 如果您喜欢这篇博文,请在上面给我 点个赞 吧!         ( If you found any mistakes in the post, please let me know. Email : jidong_cui@163.com. If you like this posts, please give me …

[FEM][有限元][编程][Matlab][Code by myself] 8节点六面体单元(C3D8)(8-node linear brick)

  (业余时间 和小伙伴一起写写有限元程序 ) 程序作者 ( Author ) JiDong Cui (崔济东) 1, XueLong Shen (沈雪龙)2 1.广州容柏生建筑结构设计事务所;2.华南理工大学建筑设计研究院 基本概念 ( Concept ) 8节点六面体线性“完全积分”单元,用Abaqus中的命名规则,即 C3D8。 问题描述( Problem Description) 悬臂梁,悬臂长度2.0m,梁高0.5m,梁宽0.2m。梁左端嵌固,受重力作用。材料弹性模量E=200000MPa,材料泊松比为0.3。 基于MATLAB编程实现该悬臂梁的弹性静力分析,采用C3D8单元进行模拟,并将MATLAB的计算结果与SAP2000、midas Gen分析结果进行对比。 MATLAB 编程 disp stress SAP2000 …

[Abaqus][Midas2Abaqus][Midas Gen vs. Abaqus实例: 平面网架分析]

    (忙完后马上更新….)     注释 ( Comments )   ( 如果您发现有错误,欢迎批评指正。邮箱:jidong_cui@163.com . 如果您喜欢这篇博文,请在上面给我 点个赞 吧!         ( If you found any mistakes in the post, please let me know. Email : jidong_cui@163.com. If you like this posts, please give …

[Abaqus][Midas][Midas2Abaqus] Midas Gen 教程12 – 单层网壳屈曲分析[Buckling analysis of a single layer reticulated dome]

  (马上更新…..) 注释 ( Comments )   ( 如果您发现有错误,欢迎批评指正。邮箱:jidong_cui@163.com . 如果您喜欢这篇博文,请在上面给我 点个赞 吧!         ( If you found any mistakes in the post, please let me know. Email : jidong_cui@163.com. If you like this posts, please give me a “thumbs up“ rating …

[优化][ABAQUS][Midas2Abaqus] Topology Optimization of a short cantilever beam by Abaqus [短悬臂梁拓扑优化分析算例]

又一个简单的优化小例子, PS. 某人答对了结果 。 【1】Midas Gen Model 【2】Midas2Abaqus Model 【3】Abaqus Model 【4】Optimization Results 优化目标:刚度最大化。 约束条件:体积优化 30%。 最终结果是一个三角形。 注释 ( Comments )   ( 如果您发现有错误,欢迎批评指正。邮箱:jidong_cui@163.com . 如果您喜欢这篇博文,请在上面给我 点个赞 吧!         ( If you found any mistakes in the …

[Midas Gen][ABAQUS][Midas2Abaqus] Verification Example Static-31: Elliptic membrane under uniformly distributed load [ Midas Gen 验证实例 Static-31: 椭圆薄膜受均布荷载]

【1】Problem Description ( Midas Gen’s Verification Examples Static-31:  Elliptic membrane under uniformly distributed load) An elliptical membrane of thickness, t and geometrical properties is subjected to a uniformly distributed outward pressure. …

[Midas Gen][ABAQUS][Midas2Abaqus] Verification Example GNL-6: Snap-back Nonlinear problem [ Midas Gen 验证实例GNL-6: Snap-back 非线性问题]

【1】Problem Description (GNL-6: Snap-back Nonlinear problem from Midas Gen’s Verification Examples) Draw the load-displacement graph. 【2】MODEL Properties Dimension Length 2500 m Element Truss element Material Modulus of elasticity E = …

[Midas Gen][ABAQUS][Midas2Abaqus] Verification Example GNL-5: Snap-through Analysis of simply 2D truss [ Midas Gen 验证实例GNL-5: 2D桁架的阶跃分析]

【1】Problem Description (GNL-5: Snap-through Analysis of simply 2D truss from Midas Gen’s Verification Examples) A truss element is subjected to a vertical load at the node 2. Draw the load-displacement …

【弹塑性分析笔记】 ABAQUS弹塑性楼板损伤结果解读

结构弹塑性分析可以较好地反映结构的薄弱部位。大震弹塑性分析和小震设计、中大震拟静力分析具有一定的可比性。如图是YJK的拟静力楼板应力分析结果及ABAQUS大震分析的损伤结果,弹塑性分析反映了结构的薄弱部位。

[OpenSees][研究][二次开发]Os-PrePost —— A pre and post-processor for OpenSees [Os-PrePost—— OpenSees前后处理程序]

[研究][OpenSees][软件]Os-PrePost —— A pre and post-processor for OpenSees [Os-PrePost—— OpenSees前后处理程序],from www.jdcui.com, OpenSees

ABAQUS超高层结构大震弹塑性时程分析笔记

ABAQUS 做整体分析比较花时间,计算也需要花很多时间,因此,每个过程均需要十分细心,因为错了从来时间成本太大。 不管是前处理建模,还是后处理分析,还有超限文本撰写,都应该是建立在对结构理解的基础上,不能论文一个操作员,能简化,能提高效率的地方就要提高效率,尽量把更多时间用在把握和理解结构机理、结构特性、建立结构概念基础上。

[书]PERFORM-3D原理与实例 – 第7章 – 填充墙模拟

在传统的结构分析中,填充墙通常作为非结构构件考虑,在分析过程中,将其以外荷载的形式施加到结构上,并对整体结构的周期进行折减以考虑填充墙对结构刚度的贡献,未直接考虑填充墙对结构非线性行为的影响。相关研究表明[1,2],填充墙对结构的抗震性能有着重要的影响,在结构弹塑性分析中,应合理考虑填充墙的影响。本章首先对砌体填充墙的抗震性能及填充墙的数值模型进行介绍,并着重介绍了基于等效斜压杆的填充墙宏观模型的参数计算方法,最后采用PERFORM-3D[3,4]对一单跨框架填充墙结构的低周往复加载试验进行模拟,讲解PERORM-3D中采用等效斜压杆填充墙模型进行框架填充墙模拟的基本步骤与参数设置方法。In traditional structural analysis, infilled wall is usually considered as non-structural element, and its effect to structure performance was only considered by applying equivalent external load to the main structure and reducing the structure period, the contribution of infilled wall to the structural nonlinear behaviour was not considered directly. Relevant studies have shown that infilled wall has significant influence on both linear and nonlinear structural performance. Therefore, infilled wall should be reasonably considered in structural elasto-plastic analysis. In this chapter, the seismic performance and numerical model of masonry infilled wall was firstly introduced, and the parameters calculation method of the macroscopic infilled wall model based on equivalent diagonal strut theory was explained in detail. After that, a PERFORM-3D simulation of low-cyclic reversed load test of a single span infilled frame structure was conducted by step by step, to explain the fundamental modelling process and parameter definition method of the equivalent diagonal strut infilled wall model.

[PERFORM-3D] A discussion of two methods of conducting low-frequency cyclic test modeling in PERFORM-3D [关于PERFORM-3D中低周往复试验模拟的两种方法的探讨]

A discussion of two methods of conducting low-frequency cyclic test modeling in PERFORM-3D。关于PERFORM-3D中低周往复试验模拟的两种方法的探讨。