工业厂房基础设计的重点

工业厂房基础设计是厂房施工的基本指导资料，文章对工业厂房基础设计重点进行了简要的论述。     

工业建筑设计中几点问题的探讨

就如何使工业建筑设计适应经济发展及科技进步的需要,对工业建筑设计思想,工业厂房内部建筑空间设计,工业厂房造型,工业建筑的优化,节能设计等问题进行探讨.     

球墨铸铁管厂房建筑造型设计

以圣戈班(徐州)管道有限公司球墨铸铁管厂房为例,对组成厂房建筑立面设计的各个元素在工业厂房建筑设计中的作用进行了分析,阐述了厂房建筑立面设计的各个元素的处理原则,使工业建筑造型更富现代气息的方法。     

冶金工业厂房钢结构的安装施工技术研究

随着我国工业经济的快速增长,很多企业加大了工业厂房的建设力度,如冶金工业厂房的的建设。尤其是近年来随着钢结构的兴起,工业厂房数量也逐渐增多。然而目前我国钢结构安装施工技术并不完善,在实践中还存在一定的优化环节,因此需要安装施工技术进行完善。文章主要分析了冶金工业厂房吊装方案的选择,并针对冶金工业厂房钢结构安装施工技术进行了探讨和分析。     

天然采光及通风在工业厂房中的应用

针对工业厂房采光及通风设计中存在的问题,阐述了工业厂房如何进行采光通风的设计,并结合实际进行综合考虑,正确选择采光及通风方式,达到改善厂房内环境的目的。     

马钢工业厂房建筑噪声的控制探讨

结合马钢新区工业厂房的建筑设计,分析探讨了工业噪声污染,指出了室外和室内声源影响,提出了工业建筑材料的选择及噪声控制等措施,逐渐达到工业厂房建筑中人性化设计与环境的和谐。     

旧有工业厂房可靠性的三级模糊综合评判实例分析

给出了旧有工业厂房的三级模糊综合评判的枢架，对旧有工业厂房可靠性鉴定中的不确定性因素进行了分析。     

浅析工业厂房规划设计——以3000吨电池级硫酸锰为例

近年来随着社会经济的高速发展,现代工业的建筑也在快速发展,各类厂房的建设相继涌现。由于受到经济因素和社会环境因素的限制,诸多的工业项目盲目追寻行业的经济效益,而忽视了工业厂房的设计。工业厂房的设计只考虑基本的结构和工艺需求,工业建筑存在着乏味、单调的特征,从而影响了工业生产的可持续性发展。针对这一现状,对厂房规划制定出合理方案,科学有序的进行规划设计是很有必要的。     

浅析单层工业厂房基础设计

通过对工业厂房柱基础的设计研究，阐述了厂房边跨柱基础的设计过程，以及基础杯口钢筋设计和利用锚杆和桩的抗拔力来承担由于边跨弯矩大引起基础一侧产生的拉力，从而满足工业厂房对柱基础的设计要求。     

有色金属工业厂房大跨度钢结构安装要点及质量控制措施探析

现阶段，钢材市场的发展极为快速，凭借其抗震强、易安装、成本低的优势，被有效应用于有色金属工业厂房建筑中，从根本上提高工程建筑质量。文章首先简要地介绍了有色金属工业厂房大跨度钢结构施工优缺点，接着分析厂房大跨度钢结构安装要点，最后提出了一些有效的质量安装措施，希望进一步保证工程质量。     

轻钢结构厂房设计的探讨

探讨了轻钢结构工业厂房建筑设计方面及结构设计方面中的耐火等级、防火分区、防火墙、荷载取值、屋脊垂度控制、钢柱换混凝土柱等问题。     

Design of Architectural Glazing to Resist Earthquakes

A state of the practice summary is presented with regard to the design of architectural glazing to resist earthquakes. Highlighted are new model building code provisions that have been adopted recently by a number of code bodies including the 2003 International Building Code and the 2002 NFPA 5000 Building Code. These model building codes reference seismic design provisions for architectural glazing in ASCE 7-02 and industry-accepted seismic test methods for architectural glazing developed and published by the American Architectural Manufacturers Association. Designers, specifiers, building owners, and glazing system manufacturers need to be aware of these significant changes in the way architectural glazing components are to be designed and tested for earthquake resistance.     

Engineering of Architectural Systems

Different aspects of architectural systems are discussed in this study. The definitions of architectural systems and their importance to the building community are presented. The functions of architectural systems are subdivided into primary and integrated functions. The analysis and design of architectural systems for both primary and secondary functions are explained. The applications of the recently popular concepts of performance-based engineering and multihazard considerations to architectural systems are discussed. Finally, the need for design guides for architectural systems is reasoned.     

传统文化与现代建筑的结合 --湖南省桂阳县政府办公大楼设计

叙述了在进行桂阳县政府办公大楼设计时，从当地传统民居特点出发，借鉴地域文化，结合现代建筑的设计手法及当代先进的建筑工艺，创造具有新时代气息的本土建筑的过程。     

钢材在现代工业建筑中的应用

现代工业建筑的特点是大量采用金属网架结构产生了新的建筑形式。文章介绍了各种金属结构在建筑上应用的特点。     

Impact Resistance of Laminated Glass Using “Sacrificial Ply” Design Concept

Experimental results of low velocity, small steel ball impact tests on laminated architectural glass units are presented. These tests are part of an ongoing effort to develop a design method for laminated architectural glass units to resist windborne debris from sources such as roof gravel, as required in several current and proposed U.S. building codes and standards. A design concept known as “sacrificial ply” permits the exterior-facing, outer glass ply of a laminated glass unit to fracture during windborne debris impacts, but prevents fracture of the inner glass ply. This concept also depends on an inner glass ply designed to resist lateral wind pressures for the remainder of the windstorm so that the integrity of the building envelope is preserved. In these experiments, inner and outer glass ply thicknesses and polyvinyl butyral interlayer thickness were varied to determine their effects on the impact resistance of the inner glass ply of laminated architectural glass when impacted on the outer glass ply. Results show that inner glass ply thickness and PVB interlayer thickness have stronger effects on the impact resistance of the inner glass ply than does outer glass ply thickness.     

Automated Generation of Construction Plans from Primitive Geometries

Current construction simulation systems need detailed architectural models and schedules in order to estimate costs and visualize the construction process. However, the process of developing a building model, formulating a schedule, and eventually synchronizing them is a time-consuming and laborious process. When changes occur, the model and schedule must be modified or rebuilt using the same time-consuming and laborious process. Therefore, systems of this kind are used only for some demonstrations. This paper describes a new way to automate construction simulations using simple architectural information and predefined “construction method templates.” A number of construction method templates are computer readable and are stored as a knowledge base. The writer proves the concept by implementing a computer system to process building models and construction methods. The concept allows designers and construction engineers to build a model and simulate construction processes in a short period of time in the early stage of construction projects.     

Geometry in Architectural Engineering Education Revisited

Geometric conceptualization has always been among the essential mental tools required for the invention, modeling, and visualization of spatial building structures. Furthermore, without an understanding of the geometric and mathematical base of computer graphical procedures, the ability to cope with significant developments in advanced architectural graphical representation and to adapt to the ever-changing technology in this area is limited. Despite the unquestionable significance of geometric thinking for the conception, design, and realization of buildings, the role of geometry in the education of architectural engineers, a role that traditionally constituted a significant part of their education, has been downplayed. This paper presents a systematic effort to strengthen architectural engineers’ skills in the understanding of geometric concepts and approaches that are directly related to their profession. Toward this effort a body of knowledge, mainly from Euclidean and Parabolic geometries, has been identified and organized in content units. The manner in which these content units have been consolidated into the curriculum of the architectural engineering program at the University of Texas at Austin is also presented.