aseismic structures

An optimal design for total lifetime cost of Aseismic Structures

抗震结构全寿命预期总费用最小优化设计

Optimum design of aseismic structures considering fuzzy reliability

考虑模糊可靠度的抗震结构优化设计

Consideration of total economic loss in optimal reliability decision for aseismic structures

抗震结构最优可靠度决策中的总损失问题

The Optimum Design of Aseismic Structures

抗震结构的优化设计

Considering the fuzzy probabilities of the seismic damage levels, a macroscopic method is developed for aseismic structures.

然后，给出了单体结构地震破坏的宏观模糊概率分析方法；最后，提出了单体结构最优地震设防水准基于损伤性能的决策方法。

Multi-factor fuzzy damage comprehensive evaluation method for aseismic structures

结构地震多重模糊破坏评估方法

Reliability Evaluation of Aseismic Structures in Service

已有抗震结构动态可靠度的评定

Analysis on Probability of Failure of Collapse of Aseismic Structures

抗震结构倒塌的失效概率分析

Whole Lifetime and Global Optimization of Aseismic Structures and Systems

抗震结构与系统的全寿命全局优化

The development, research method and the characteristics of method to the theory of optimal design for aseismic structures are discussed.

本项目主要研究目前国内外在抗震优化设计理论方面的发展、研究方法及每种方法的特点等。

Decision-making on optimal design of intensity for aseismic structures with three levels of fortification

三级设防抗震结构最优设计烈度的决策

Dynamical reliability analysis of aseismic structures based on Fuzzy damage criterion

基于模糊破坏准则的抗震结构动力可靠性分析

For this purpose the concept of fuzzy reliability for aseismic structures is defined.

为此，我们定义了抗震结构模糊可靠度的概念。

The research areas are: concrete structures, prestressed structures and aseismic structures.

研究方向为混凝土结构、预应力结构和工程结构抗震。

Simplified fragility analysis methods for optimal protection level decision-making and minimum life-cycle cost design of aseismic structures

抗震结构最优设防水平决策与全寿命优化设计的简化易损性分析方法

Decision-making method of optimal fortification level for aseismic structures based on damage performance

基于损伤性能的抗震结构最优设防水准的决策方法

Fuzzy Damage Prediction and Loss Estimation of Aseismic Structures

抗震结构的模糊震害预测与损失估计

The concept and ideology about the multiple flexible story control of aseismic structures are tentatively expounded in this paper.

本文初步阐述了抗震结构多柔性层控制的基本概念和思想。

This paper reviews the current damage criterions of aseismic structures.

本文对现有的抗震结构的几种破坏准则作了简评。

Theory of structural random fuzzy optimal design and its application to aseismic structures

结构随机模糊优化设计方法及其对抗震结构的应用

Time history analysis method was used to comparatively analyze on seismic response characteristics of aseismic structures and relevant shock absorption structures.

采用时程分析法对抗震结构和相应减震结构进行地震反应特性对比分析。

Reliability analysis for three levels of fortification of aseismic structures

抗地震结构三级设防的可靠性分析

Non-Linear Random Response and Dynamical Reliability Analysis of Aseismic Structures

抗震结构非线性随机反应及动力可靠性分析

A new energy dissipation method in aseismic structures

新型耗能体系在抗震结构中的应用

Concept and Analysis to the Multiple Flexible Story Control of Aseismic Structures

抗震结构多柔性层控制的概念与分析

The time-history analysis method for the deformation capacity reliability of Aseismic Structures

抗震结构变形能力可靠度的时程分析方法

Optimum Design of Aseismic Structures Based on Optimal Fortification Intensity and Damage Performance

基于最优设防烈度和损伤性能的抗震结构优化设计

A decision-making method for the optimal fortification level of aseismic structures considering the importance

考虑重要性时抗震结构最优设防水准的决策方法

The optimal reliability decision for aseismic structures plays a very important role in their design.

抗震结构最优可靠度的决策对结构的抗震设计具有非常重要的作用。

Fuzzy Analysis of Earthquake Response for Aseismic Structures

抗震结构地震反应的模糊分析