古建筑夯土稳定性计算方法的探讨
摘要:古代建筑是人类的共同财富,因古建筑的修筑方式、施工工艺、建筑材料等与现代建筑存在差异,加之年代久远,所以如何保护好古代建筑一直是工程界共同面临的难题。我国境内的古代建筑主要采用土石砌筑、木质结构等,一些城台、城墙结构主要采用土石结构,而且以夯土类最多,其原因主要是取材方便,利于施工;因修建年代久远,以及人类的破坏,夯土类古建筑的稳定性现在面临严峻的考验,对于如何准确地评价现有夯土结构的稳定性一直存在不同的见解。通过对河北省境内的古城台、古城墙以及长城结构的系统研究,对此类夯土建筑的稳定性计算方法提出看法,愿与同行们共同探讨与学习。
Abstract:The ancient architecture is the common wealth of mankind,for the construction of ancient buildings,the construction technology,building materials and modern architectural differences,coupled with the old,so how to protect the ancient architecture has been the common problem in engineering field.China's ancient architecture mainly uses the stone masonry,wood structure,the city wall structure,mainly by the rock structure,but also to earth up,the main reason is convenient for construction,long construction time;for,as well as the destruction of mankind,the stability of the rammed earth buildings are now facing a severe test.There have been different views about how to accurately evaluate the stability of existing rammed earth structure.Through the research of the ancient city of Hebei province,the ancient city wall and the structure of the Great Wall station,the author put forward own views on the stability calculation of this kind of rammed earth construction,and is willing to discuss and study with colleagues.
中文标题：
古建筑夯土稳定性计算方法的探讨
Discussion on the Calculation Method of the Stability of the Ancient Architecture of Rammed Earth
作者：
刘波1,马大岩2,王占雷3
Liu Bo1,Ma Dayan2,Wang Zhanlei3
作者简介:刘波,男,1982年小,汉族,辽宁盖州人,大学本科,高级工程师,注册土木工程师(岩土),主要从事岩土工程勘察、设计、治理、检测以及古建筑设计、施工、检测等工作。E-mail:361036347@qq.com
通讯地址：
1. 河北建研科技有限公司, 河北石家庄 050021; 2. 中兵勘察设计研究院, 北京 100053; 3. 河北省建筑科学研究院, 河北石家庄 050021
1.HebeiBuildingResearchTechnologyCo.,Ltd.Shijiazhuang050021,Hebei,China; 2.ChinaOrdnanceIndustrySurvey,Design&ResearchInstitute,Beijing100053,China; 3.HebeiAcademyofBuildingResearch,Shijiazhuang050021,Hebei,China
中图分类号:TU441.35
doi:10.3969/j.issn.1007-2993.2016.01.010
出版物：岩土工程技术
收稿日期:2015-05-14
关键词:夯土建筑,稳定性分析,裂隙圆弧法
Key words:rammed earth building,stability analysis,fracture arc method
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