砌石拱坝加高倍厚的三维接触仿真

对砌石拱坝的加高倍厚中新、老坝体结构面，用有限元软件ANSYS结合接触理论进行计算，并分析结果得出：温升、水压力和淤沙压力使结合面上的接触压力增大，从而接触摩擦应力较大，有利于结合面的结合，而结合面在温降的作用下有脱离的趋势。     

小庭院砖砌体高质量施工技术探究

在我国经济步入高质量发展的新阶段,市场对园林景观项目的生态目标、景观品质等要求不断提高,倒逼园林行业加速升级、创新发展.园林施工是园林方案的深化与最终呈现,施工技术水平直接关系到园林作品质量的高低.小庭院施工与人们的生活感受息息相关,庭院中砖砌体形式多样,形成了硬质景观的核心.以小庭院砖砌体作为载体,从生态化、创新化和精细化三个维度剖析高质量施工的内涵和策略,提出符合高质量发展目标的具体施工技术.     

砖混结构住宅楼温度裂缝的分析及防治方法

对砖混结构住宅楼顶层墙体普遍存在的温度裂缝作了分析，提出了在建筑、结构设计时为控制裂缝应采取的预防措施，以及对温度裂缝的加固处理方法，并以工程实例予以说明。     

考虑地基刚度的底部两层框架砖房自振周期的计算

提出了一个考虑地基刚度并结合下柔上刚的结构特征，把一栋建筑物作为一个整体建立相应的力学模型，最后得到一个计算此类结构自振周期的实用计算方法。     

谈砖砌体裂缝原因及其防治

本文从两方面论述了砖砌体产生裂缝的原因、现象及其防治措施。     

Practical Method for Dynamical Analysis to the Interlayer Seismic Isolation Masonry Building with Frame Structure in the First Storey

Masonry buildings with R/C frame- shear wall in the bottom storey have been widely used in city construction, which include two kinds of lateral force resistant system. However, the seismic behavior of the building is poor. Based on the characteristics that the rigidity of the upper masonry structure is much bigger than the rigidity of laminated rubber bearings and frame structure. It can be referred to as system having a two degree of freedom. The dynamic behavior of this building is analyzed, the isolated vibration mode controls the response of system. The authors give apractical method for dynamical analysis to masonry building with frame structure in the first storey with laminated rubber bearings between the first and second storey , which submits efficient path to found applicable design means and to generalize interlayer seismic isolation structure.     

Application of ANSYS to Finite Element Analysis for Nonlinear Masonry Structures

ANSYS has become an effective tool for finite element analysis of masonry structure, but there is few common conclusions for reference. According to the characteristics of ANSYS and the essence of the analysis, some key problems in finite element analysis of masonry structure with ANSYS, such as structural modelling, material constitution, the damage criterion, iterative algorithm, convergence criterion, simulation of prestressing force and so on, are discussed in this paper. Based on the test results of typical masonry structures, the applicability of ANSYS to masonry structural analysis is studied and some suggestions for the application of ANSYS are presented.     

某住宅楼现浇钢筋砼楼板裂缝分析与加固处理

对出现现浇钢筋砼楼板裂缝的某住宅楼工程的图纸进行复查并进行现场检测,从设计和施工两方面对该工程现浇钢筋混凝土楼板出现大面积开裂的原因进行了分析。结果表明,板角部负筋配筋量不足、混凝土浇注不均匀、拆模过早是裂缝产生的主要原因。经过加固方案比较,采用粘贴碳钎维布法进行加固处理,确保了结构的安全使用。     

竖向荷载差作用下多层砌体房屋顶层裂缝行为研究

构建了能够反映实际情况的U型砌体结构实体研究模型,实时测定并分析了U型砌体结构实体模型在竖向荷载差作用下纵横墙(即非承重与承重墙)的变形,以及裂缝的产生和发展行为．结果表明,纵横墙变形大小随荷载增加而增大,并且当荷载增加至一定值时,纵横墙相交部位将出现变形骤增,反映出竖向荷载差的累积作用效应,同时伴有裂缝的产生和扩展．对于多层砌体结构房屋而言,竖向荷载差是除温度差等因素外导致项层裂缝产生和发展的又一重要影响因素．还首次建立了U型多层砌体结构足尺模型在竖向荷载差作用下的最大剪应力计算分析模型和计算方法,为《砌体结构设计规范》的进一步完善和扩展提供了有价值的理论参考．     

多层砌体房屋楼层地震剪力的简化计算

根据建筑抗震设计规范的有关规定，对多层砌体房屋楼层地震剪力的计算。提出了一种经算法，编制了计算程序和表格。通过算例将本文方法与规范方法进行了对比，结果表明本文方法简单、实用、准确。