基于岭南建筑文化特色的建筑改造设计实践研究——以广州市从化区文化馆为例

文章立足一般性旧建筑的改造再设计理念,结合岭南建筑文化特色进行探索运用,赋予建筑新的岭南面貌。以广州市从化区文化馆建筑改造设计为例,对建筑现状进行调研分析并提出问题,同时提出岭南建筑文化特色表现的三种载体主要是建筑外立面、建筑空间、建筑装饰;在重新挖掘岭南建筑文化特色元素的基础上提出改造设计的策略和设计方法,从而促进岭南特色建筑的魅力文化延续。     

岭南之美 镬耳墙下的阳光雨露

岭南,一块神奇的土地,乘着改革的东风,由昔日的＂蛮夷之地＂,一跃飞升为中国改革开放的窗口,经济得到跨越式的发展,与此同时,建筑文化也得到了不断完善与发展,高大挺拔的现代建筑层出不穷,多才多艺的岭南人在传统与现代结合的道路上也不断探索,勇敢尝试,而不仅仅停留在对传统文化符号的承袭与挪用……     

浅谈遮阳在民居和现代建筑建构过程中的作用

岭南的传统民居建构过程中,遮阳是重要的影响因素;随着现代建筑的发展,现代建筑应用了诸多的遮阳技术,遮阳构件作为一种独立的元素,也影响着现代建筑的设计理念和建构过程,本文将简要的分析遮阳在建筑设计中的应用。     

景观·意

景观设计很大程度上在于营造一种意境,讲求人与自然、建筑与景观、生活与生态之间的相互和谐。岭南景观设计更多地用现代的手法演绎传统中式文化,以层次分明的多重庭院空间为设计精髓,充分打造一个具有传统文化和园林特色的新东方主义中式园林小区,满足居住者向往岭南文     

中国传统建筑装饰语言在现代设计中的应用

中国传统建筑装饰设计自古有之,具有丰富的内涵,将传统文化与现代建筑相结合,充分运用中国源远流长的传统文化,在现代建筑设计中,继承传统建筑装饰设计理念中的精华部分并将其发扬。坚定的将“民族传统文化”表现在建筑上,维护现代建筑的生命力。     

传统建筑文化继承性探析

作为一种独特的地域或民族特征的形式存在的中国传统建筑文化,在全球化的背景下,具有呈现并张扬世界文化多样性的重要价值。对传统建筑文化的继承,只有站在哲学的高度思考现代建筑与传统文化的内在关联,才能在深层次上把握与创新传统。     

岭南湾畔读懂岭南

从岭南建筑到岭南园林、从外立面设计到内部装修、从岭南绘画到岭南音乐、从岭南工艺到骑楼新街、岭南美食……岭南湾畔秉承了庭院式的岭南建筑设计特色,又在不断升级着现代岭南人居的居住文化,求解着“绿色优居”之路,将现代岭南人居推向了全新的高度。     

外来建筑文化在岭南的传播及影响分析

建筑是人类文明的重要成果,随着时间、经济和科技的推移与发展,建筑文化也在不断的变化和创新,现代建筑风格多样化,建筑方式各有不同,且不同地区的建筑差异明显,除了受到了国内建筑文化的传播和影响之外,中国建筑的发展和改变很大程度上也受到了外来建筑文化的影响。以岭南地区的建筑发展为例,由于历史原因以及现代全球文化的融合发展,该地区的建筑呈现出了明显的异国风情,在岭南地区大多数的建筑当中,都明显的感受到西班牙、葡萄牙的建筑风格。     

对我国建筑传统文化和民族风格的认识

我国传统建筑突现出人本主义、整体的观念、人与自然融合的意境、重视与地域文化结合的思想,水平高超。而今,我们在强调＂建筑本土化＂的同时,却存在着很多对继承建筑传统认识上的误区。当代我国建筑文化应该是一种立足于我国民族传统文化基点上的,结合现代我国社会生活需要和建筑技术创造出来的具有时代特征的建筑文化。     

对我国建筑传统文化和民族风格的认识

我国传统建筑突现出人本主义、整体的观念、人与自然融合的意境、重视与地域文化结合的思想,水平高超.而今,我们在强调"建筑本土化"的同时,却存在着很多对继承建筑传统认识上的误区.当代我国建筑文化应该是一种立足于我国民族传统文化基点上的,结合现代我国社会生活需要和建筑技术创造出来的具有时代特征的建筑文化.     

The Nexus of Population,Energy, Innovation,and Complexity

For the past 200 years, humans have benefited from the abundant, inexpensive, and easily obtained energy of fossil fuels. Energy surpluses such as this are unusual in human history. In systems with little surplus energy, population growth is low and complexity emerges slowly due to the energetic costs it carries. On the rare occasions when energy is readily available, societies respond by growing rapidly. They must become more complex in response to the social, economic, and resource challenges of dense population. More complex societies are more expensive, requiring greater energy per capita. The process of increasing complexity necessitates greater energy production, creating a positive feedback cycle. Past societies have collapsed under such pressures. Population and complexity grew rapidly when the Industrial Revolution replaced economies based on annual solar radiation with economies fueled by fossil energy. The Green Revolution of the 20^th century is credited with preventing mass starvation, but it has made food production and sustaining population ever‐more dependent on high‐energy (low‐entropy) inputs. Some believe innovation will overcome the limitations of resources and permit unchecked growth. However, increases in complexity, innovation, and fossil energy are all subject to diminishing returns, and cannot continue to support population at current levels.     

我国人口资源环境与经济的可持续发展

为了保持经济又好又快的发展,应该正确处理人口、资源、环境与经济的关系;必须长期坚持计划生育的基本国策,控制人口增长的数量,提高人口的质量,减轻过多的人口对资源和环境的压力;提高自主创新能力,转变经济增长方式,发展循环经济,节能减排,建设资源节约型、环境友好型社会,走新型工业化道路,实现可持续发展战略。     

Transversals, systems of distinct representatives, mechanism design, and matching

A transversal generated by a system of distinct representatives (SDR) for a collection of sets consists of an element from each set (its representative) such that the representative uniquely identifies the set it belongs to. Theorem 1 gives a necessary and sufficient condition that an arbitrary collection, finite or infinite, of sets, finite or infinite, have an SDR. The proof is direct, short. A Corollary to Theorem 1 shows explicitly the application to matching problems. In the context of designing decentralized economic mechanisms, it turned out to be important to know when one can construct an SDR for a collection of sets that cover the parameter space characterizing a finite number of economic agents. The condition of Theorem 1 is readily verifiable in that economic context. Theorems 2–5 give different characterizations of situations in which the collection of sets is a partition. This is of interest because partitions have special properties of informational efficiency.     

ICP测定土壤中的K,Na,Ca,Mg,Fe

本论文采用等离子体发射光谱法(ICP-AES)土壤中的K,Na,Ca,Mg,Fe进行了测定,样品以四酸体系溶矿,不经分离杂质,即可直接测定。本法通过优化实验条件确定了最佳分析波长,该测定方法检出限为:0.006~0.0186mg/ml,RSD%为:0.5032%~1.030%,双差均小于1,回收率为99.41%~100%。准确度和精密度较高,方法快速简单,预处理简单,分析流程短,完全满足地质工作要求。     

Structural estimation of caloric intake,exercise, smoking,and obesity

The escalating rate of obesity in the US highlights the importance of understanding the causes for this rise. In this paper I employ the First, Second, and Third National Health and Nutrition Examination Surveys to estimate a structural model of the determinants of adult obesity. To control for the potential endogeneity of some explanatory variables, such as caloric intake (adjusted for activity level) and smoking, a set of reduced form equations for these outcomes is estimated simultaneously with the obesity equation. To identify each equation, I use an array of state-level characteristics as instrumental variables. Trends in these variables shed light on the sources of the rapid increase in obesity since 1980.