本文的研究範圍是介紹新方法的發展和應用，該方法可用於都市或地區（鎮）無

本文的研究範圍是介紹新方法的發展和應用，該方法可用於都市或地區（鎮）無筋砌體房屋的地震危險性評估。該程式被稱為mebase，它主要基於四個功能：結構能力的概念、機械構造和反應、地震需求的表示、結構能力和位移、包括內部不確定性在內的最廣泛認可的不確定性來源和考慮。平面和破壞機制。該程式是為了評估建築物的地震危險性類別而設計的，也是為了解决大多數現有程式中有關缺陷的條款而設計的工具。

結果 (英文) 1:

Scope of this paper is to introduce the development and application of new methods, the method can be used for seismic hazard assessment of unreinforced masonry buildings in the city or region (town). Sources of uncertainty concept, mechanical construction and reaction, expressed earthquake demand, structural capacity and structural capacity of displacement, including internal uncertainties, including the most widely recognized: the program is called mebase, it is mainly based on four functions and consideration. Plane and the failure mechanism. The program is to assess the seismic hazard category of buildings and design, tool but also to solve most of the existing programs in terms of the defect and design.

結果 (英文) 2:

The scope of research in this paper is to introduce the development and application of a new method, which can be used for the earthquake risk assessment of urban or regional (town) rib-free masonry houses. The program, known as mebase, is based on four functions: the concept of structural capacity, mechanical structure and reaction, the expression of seismic needs, structural capacity and displacement, the most widely recognized sources of uncertainty, including internal uncertainty, and considerations. plane and destruction mechanisms. The program is designed to assess the seismic hazard category of buildings and is a tool designed to address the provisions of most existing programs relating to defects.

結果 (英文) 3:

The research scope of this paper is to introduce the development and application of the new method, which can be used for seismic risk assessment of unreinforced masonry buildings in cities or towns. The program is called mebase. It is mainly based on four functions: the concept of structural capacity, mechanical structure and response, the expression of seismic demand, structural capacity and displacement, and the most widely recognized sources and considerations of uncertainty, including internal uncertainty. Plane and failure mechanism. The program is designed to evaluate the seismic risk category of buildings, and it is also a tool to solve the defect clauses in most existing programs.