自然光与之影对构筑空间的介入与融合

发布时间：2018-07-05 07:39

本文选题：自然光 + 影　；参考：《鲁迅美术学院》2017年硕士论文

【摘要】：近年来,随着社会科学技术与文化教育的不断发展,新型科技建筑不断被开发,城市化进程不断加速,城市化与城市扩张进入了快速发展的阶段。在此背景下,出现了大量灯光污染,对城市环境影响极大。大量冰冷的人工光源运用,忽视了自然光的意义,不仅浪费资源,在设计方面也减少了与自然的接触。随着城市化进程的加快,人们对能源的消耗与日俱增,同时科技的发展进步伴随着各种人工照明方式不断推陈出新。人工照明能够发展迅速是因为其可控性较高且运用便利等特点,在构筑空间中许多设计师为了图方便经常忽略对自然光照明设计,人工照明逐步代替了自然光照明的地位,人工照明在现代建筑空间中大量广泛的应用。人工照明在其使用方便的背后带来的是照明的机械及空间的无生命感,长时间人工光源的照射对人体本身也是一种伤害,人工光源的大量使用在削弱了建筑空间真正意义的同时使得人们离自然空间渐行渐远。社会不断进步带动构筑空间的进步与发展,人们越来越关注建筑空间环境的优良度,因此如何创建更好的使用空间、如何更高效地节约能源、如何改善人们生活环境成为设计师的首要任务。因此,研究自然光在构筑空间的作用、自然光之影给空间带来的艺术力量和建筑空间采光方式这三者的关系显得尤为重要。所以,本论文通过对自然光与之影在构筑空间中的设计现状、探求自然光与之影介入、融合到构筑空间所带来的实际意义、自然光与之影在构筑空间塑造中的设计运用以及优秀案例的深度分析这几个方面的研究,探讨自然光与之影对构筑空间的介入与融合、研究自然光与之影在构筑空间中设计方式的实际意义。本文研究以案例分析和实地考察等方式进行推理和对比方法,参考优秀设计师的例子更具有可信度和前瞻性。目的是希望本人的论文研究对实际设计具有一定的指导意义。良好的设计自然光与之影能够将建筑空间提升一个高度,本文通过论证自然光与之影对构筑空间介入与融合的重要性,引起更多人的关注与思考。
[Abstract]:In recent years, with the continuous development of social science and technology and cultural education, new scientific and technological buildings have been continuously developed, the process of urbanization has been accelerated, urbanization and urban expansion has entered a stage of rapid development. In this context, a large number of light pollution, great impact on the urban environment. A large number of cold artificial light sources, ignoring the significance of natural light, not only waste resources, but also reduce the contact with nature in design. With the acceleration of urbanization, people are consuming more and more energy, and the development of science and technology is accompanied by a variety of artificial lighting methods. Artificial lighting can develop rapidly because of its characteristics of high controllability and convenient application. In the construction of space, many designers often ignore the design of natural lighting for convenience, and artificial lighting gradually replaces the status of natural lighting. Artificial lighting is widely used in modern architectural space. Artificial lighting brings a sense of inanimate lighting machinery and space behind the convenience of its use. Long time exposure to artificial light sources is also a kind of harm to the human body. The extensive use of artificial light not only weakens the real meaning of architectural space, but also makes people far away from natural space. The continuous progress of society leads to the progress and development of building space. People pay more and more attention to the fine degree of architectural space environment, so how to create better use space and how to save energy more efficiently. How to improve people's living environment has become a designer's primary task. Therefore, it is particularly important to study the role of natural light in the construction of space, and the relationship between the artistic power brought by the shadow of natural light to space and the lighting mode of building space. Therefore, through the design status of natural light and shadow in the construction space, this paper explores the practical significance of the natural light and shadow intervention and integration into the construction of space. The design and application of natural light and shadow in building space and the deep analysis of excellent cases are studied, and the intervention and fusion of natural light and shadow in building space are discussed. This paper studies the practical significance of the design method of natural light and shadow in the construction of space. In this paper, reasoning and contrast methods are studied by case analysis and field investigation, and the examples of excellent designers are more reliable and forward-looking. The purpose is to hope that my thesis research has certain guiding significance to the actual design. The good design of natural light and shadow can raise the building space to a high level. This paper demonstrates the importance of natural light and shadow to the construction of space intervention and integration, and causes more people to pay attention to and think about it.
【学位授予单位】：鲁迅美术学院
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TU113

【参考文献】