住宅室内设计中集成材料运用的环保性研究
发布时间:2018-10-12 12:11
【摘要】:在住宅室内设计中,集成材料运用的环保性是未来材料发展的趋势。现今,传统材料在室内设计中暴露了许多问题和矛盾。本文通过对传统材料的现状与问题进行分析,阐明集成材料运用的环保性在室内设计中的重要作用和意义,探讨了集成材料运用环保性在住宅室内设计中的具体表现形式,并对集成材料的发展做出展望,力求将集成材料运用的环保性向社会大众普及且与同行从业者共勉。 本文将从集成材料运用环保性的具体表现形式作为论文的主体内容,通过对住宅室内设计中集成材料的选用方法与环保性的阐述,进行了系统的研究与分析。该课题的研究建立在住宅室内设计中装饰材料与施工工艺的理论基础上,通过分析现有传统材料的特征及其发展现状与问题,探讨集成材料运用环保性在地面部分、墙面部分、顶面部分、水电部分、室内陈设部分的具体应用表现形式。在该过程中加以案例设计来补充说明集成材料运用的环保性是如何展现出来的,由理论上升为实践。 论文的最后在室内住宅中集成材料运用的环保性的发展与趋势上,重点讲述了功能多样性和综合性、全寿命周期经济性、可循环再生利用性的集成材料发展方向。作为一名优秀的设计师要用自己锐利的审美眼光,紧跟材料与施工工艺的发展与变化,,设计出符合世界潮流发展的设计作品。运用集成材料的属性,从室内住宅环保性的本质出发,营造出和谐美好的室内住宅空间。 随着可持续发展思想的普及,越来越多的人认识到我们需要营建一个以人为中心的自然、经济与社会复合起来的人工环境系统。而在这一体系中,营造舒适的人工环境是需要消耗大量自然资源以及排放大量废气污染物。但在21世纪的今天,传统材料在制作和使用过程中的这种消费方式即高耗能、高污染的传统生产模式已经不再适用,人们在室内设计中不断地提升对材料的关注,对居住环境品质的要求,因此表现出对材料环保性的需求,特别是集成材料在室内设计中的表现,这为室内设计中集成材料运用的环保性设计提供了广大的市场空间;而把具有节约资源、减低能耗、减少污染;省事、省力、省时、省财;更符合人们审美眼光、提高室内环境质量等性能的集成材料作为住宅室内设计中材料运用的新方向。
[Abstract]:In residential interior design, the environmental protection of integrated materials is the trend of material development in the future. Nowadays, traditional materials have exposed many problems and contradictions in interior design. By analyzing the current situation and problems of traditional materials, this paper clarifies the important role and significance of environmental protection of integrated materials in interior design, and probes into the concrete manifestation of environmental protection of integrated materials in residential interior design. The development of integrated materials is prospected, and the environmental protection of integrated materials is popularized to the public. In this paper, the main content of the thesis is the application of the concrete form of environmental protection in the integrated materials, through the elaboration of the selection method and the environmental protection of the integrated materials in the residential interior design, the systematic research and analysis are carried out. The research of this subject is based on the theory of decoration material and construction technology in residential interior design. By analyzing the characteristics and development status and problems of the existing traditional materials, this paper discusses the application of integrated materials in the ground part and the wall part. The concrete application form of the top surface part, the hydropower part and the indoor furnishing part. In this process, a case design is used to illustrate how the environmental protection of integrated materials is demonstrated, from theory to practice. In the last part of the paper, on the development and trend of environmental protection of integrated materials used in indoor housing, the development direction of integrated materials, such as functional diversity and comprehensiveness, full life cycle economy and recyclability, is emphasized. As an excellent designer, we should follow the development and change of materials and construction technology with their own sharp aesthetic vision, and design the design works in line with the development of the world trend. Based on the nature of environmental protection of indoor residence, a harmonious and beautiful indoor residential space is created by using the properties of integrated materials. With the popularization of the idea of sustainable development, more and more people realize that we need to build a human-centered natural, economic and social artificial environment system. In this system, creating a comfortable artificial environment requires a large amount of natural resources and emissions of pollutants. However, in the 21st century, the traditional production mode of traditional materials, that is, high energy consumption and high pollution, is no longer applicable in the production and use of traditional materials. People have been increasing the attention to materials in the interior design. The requirement of living environment quality shows the demand of material environmental protection, especially the performance of integrated material in interior design, which provides a vast market space for the environmental protection design of integrated materials in interior design. The integrated materials, which can save resources, reduce energy consumption, reduce pollution, save work, time and money, are more in line with people's aesthetic vision, and improve the quality of indoor environment as the new direction of material application in residential interior design.
【学位授予单位】:湖北工业大学
【学位级别】:硕士
【学位授予年份】:2013
【分类号】:TU241;TU201.5
本文编号:2266059
[Abstract]:In residential interior design, the environmental protection of integrated materials is the trend of material development in the future. Nowadays, traditional materials have exposed many problems and contradictions in interior design. By analyzing the current situation and problems of traditional materials, this paper clarifies the important role and significance of environmental protection of integrated materials in interior design, and probes into the concrete manifestation of environmental protection of integrated materials in residential interior design. The development of integrated materials is prospected, and the environmental protection of integrated materials is popularized to the public. In this paper, the main content of the thesis is the application of the concrete form of environmental protection in the integrated materials, through the elaboration of the selection method and the environmental protection of the integrated materials in the residential interior design, the systematic research and analysis are carried out. The research of this subject is based on the theory of decoration material and construction technology in residential interior design. By analyzing the characteristics and development status and problems of the existing traditional materials, this paper discusses the application of integrated materials in the ground part and the wall part. The concrete application form of the top surface part, the hydropower part and the indoor furnishing part. In this process, a case design is used to illustrate how the environmental protection of integrated materials is demonstrated, from theory to practice. In the last part of the paper, on the development and trend of environmental protection of integrated materials used in indoor housing, the development direction of integrated materials, such as functional diversity and comprehensiveness, full life cycle economy and recyclability, is emphasized. As an excellent designer, we should follow the development and change of materials and construction technology with their own sharp aesthetic vision, and design the design works in line with the development of the world trend. Based on the nature of environmental protection of indoor residence, a harmonious and beautiful indoor residential space is created by using the properties of integrated materials. With the popularization of the idea of sustainable development, more and more people realize that we need to build a human-centered natural, economic and social artificial environment system. In this system, creating a comfortable artificial environment requires a large amount of natural resources and emissions of pollutants. However, in the 21st century, the traditional production mode of traditional materials, that is, high energy consumption and high pollution, is no longer applicable in the production and use of traditional materials. People have been increasing the attention to materials in the interior design. The requirement of living environment quality shows the demand of material environmental protection, especially the performance of integrated material in interior design, which provides a vast market space for the environmental protection design of integrated materials in interior design. The integrated materials, which can save resources, reduce energy consumption, reduce pollution, save work, time and money, are more in line with people's aesthetic vision, and improve the quality of indoor environment as the new direction of material application in residential interior design.
【学位授予单位】:湖北工业大学
【学位级别】:硕士
【学位授予年份】:2013
【分类号】:TU241;TU201.5
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