On the Sustainable Development of the Design of Semiotics and Ecological Aesthetics

Semiotics is the meta-science of researching the general theories of symbols.Design is the result of the production practice of the human society,and what are designed is to meet the first demand of the human society and is the most important cultural creation;i.e.,the material cultural creation.All the cultural phenom ena are symbol phenomena,so the design phenomenon is also a kind of symbol phenomenon.The ecological aesthetics is a new aesthetic form,studying ecology itself,and it develops from the ecological aesthetic standard.This paper attempts to illustrate the relation of the two fields and find out how to realize sustainable development with the lead of the social values and the mainstream culture.

Development and Application of Modern Building Ceramic Materials

With the increasing demand for sustainable building design,modern building ceramic materials are one of the key factors driving innovation and development in the field of architecture,thanks to their excellent performance and environmentally friendly properties.The aim of this study is to provide an insight into the development and application of building ceramic materials in modern architecture,and to assess the contribution of material innovation to architectural design and sustainability goals by synthesising and analysing recent technological advances and case studies in this field.This study adopts a systematic literature review approach to screen and analyse a large number of academic articles and practical project reports on material innovation in building ceramics.Comparative analyses of different material properties,advances in production processes and the effects of their application in real building projects reveal the potential of building ceramic materials to improve the energy efficiency,extend the service life and enhance the aesthetic design of buildings.The findings show that the environmental and energy issues facing traditional building materials,such as improved thermal efficiency and a reduction in the overall carbon footprint of buildings,can be effectively addressed through the use of new building ceramic materials and technologies.In addition,the innovative use of architectural ceramics provides architects with more design flexibility,enabling them to create architectural works that are both aesthetically pleasing and functional.In the concluding section,the paper highlights the importance of continuing to explore technological innovations in building ceramic materials and how these innovations can contribute to a more sustainable and environmentally friendly building industry.Future research should further explore new areas of application for ceramic materials and how interdisciplinary collaboration can accelerate the practical application of these material technologies.

Rethinking Enterprise Architecture for Sustainable Energy System Development

The development of a sustainable energy system throughout an enterprise is a complex task, which requires an agile holistic approach. Such an approach needs to include a variety of objectives including energy strategy formation and strategic decision-making, which are directly related to the analysis and management of the main areas of sustainable development： The economic, technological, environmental, and social. These multidimensional requirements of sustainability are often difficult to achieve within the enterprise, because these aspects are interrelated and influenced by various internal and external environment factors. This paper first reviews the main challenges for an energy system, and then demonstrates how a strategic agile enterprise architecture driven approach could effectively guide the sustainable energy system development. The study presented in this paper provides a holistic approach that contributes to the advancement and usage of literature dealing with issues of sustainable energy system development and agile enterprise architecture, which has not been discussed before to any great extent.

Theoretical framework of the Isfahani style: Inspiring sustainable aspects of a vernacular urban development

The Isfahani style represents a method of traditional Iranian architecture and urban development that existed in the early 20th century and is regarded as a leading model in most traditional Iranian cities. It exhibits several vigorous features contributing to its recognition as a traditional approach to sustainable architecture and urban development. This research endeavors to reveal a theoretical framework beneath these inspiring aspects using the typology of sustainable modern forms, including the hierarchy, passive design strategies, compactness, density, diversity, mixed land use, pluralism, balance, good composition, and integration over time. To this end, the study employs qualitative research methods, drawing from traditional samples, to identify innovative, energy and socially efficient, and low-impact strategies implemented in this vernacular architecture of Iran's semi-arid and hot climates. The findings revealed that the neighborhood concept as a local and plural community (Mahalla) was a vital phenomenon in Iran's urban development. Apparently, the demise of this paradigm effectively played an important role in the numerous challenges regarding the social, energy, and economic viability of modern Iranian cities. Hence, this study presented theoretical frameworks—aligned with sustainable concepts—from the Isfahani style through its analysis, classification, and interpretation, which can contribute to modern urban development.

Relationship between Development of Landscape Architecture and Urban Ecological Economy

Landscape architecture industry throughout decades of rapid development has made great contributions to national environment, improvement of city and ecological conditions. Against the background of worldwide economic depression, increasing national investment, it is advocated that more investments should be input for the landscape architecture industry, and special funds set for the industry. Park and garden construction echoes with the country and people's needs for environmental beautification, ecological improvement, preservation of natural resources and sustainable development, so as to obtain the most ecological benefi ts and social benefi ts with the least input, and create beautiful living environment, as well as long-term and sustainable economic benefi ts.

京广高铁沿线武汉乌龙泉镇生境质量演变特征研究

【目的】高铁作为中国重要的交通基础设施,其建设和运营不可避免对沿线环境造成不同程度的影响,如土地利用变化、生境质量变化、生物多样性干扰等,但其影响程度、范围等科学问题亟待深入研究。【方法】以京广高铁武汉江夏区生态本底良好的乌龙泉镇为研究区域,运用InVEST 3.2模型,分析2000—2010年、2010—2020年、2000—2020年研究区域生境质量的时空演变,探讨京广高铁建设对两侧生境质量的影响特征。【结果】1)研究区域用地类型转化有时段差异:2000—2010年主要是林地、湿地和水体转化为耕地,2010—2020年则是耕地向其他类转化。2)镇域生境质量先差后优:建设用地扩张使生境质量较差区域的面积持续增加,生境质量优良的林地和水体面积为先减后增。3)核心区域的生境质量变化特征与镇域表现一致。2000—2020年,高铁建设对沿线核心区生境质量的影响明显,生境质量整体变差,部分水域湿地生境质量提高。【结论】京广高铁沿线土地利用方式的改变很大程度影响了沿线的生境质量。高铁两侧用地类型及结构不同,对两侧生境质量的影响程度各不同:高铁沿线西侧随远离高铁距离的增加,生境质量呈现“先降后升”特点,而东侧则相反。分析高铁不同时间对沿线乡镇生境质量影响特征,可为沿线生物多样性保护和受损生境修复以及美丽乡村建设等提供参考依据。

遗产综合体构建研究--以盐城世界自然遗产为例

世界遗产管理已经进入可持续、高质量发展的新阶段,亟须探索保护与发展联动的管理模式。借鉴“旅游综合体”这一功能复合、高效互动、以点带面的旅游开发模式,在遗产地构建“遗产综合体”,即以遗产保护为核心,由与遗产相关的监测、研究、展示、服务、产业等多种设施或机构以及管理体制、利益相关者协调机制等制度环境共同构成的功能复合体。它遵循多元综合、保护与发展联动、区域促进等原则,旨在实现遗产保护与地区可持续发展的双重目标。以中国黄(渤)海候鸟栖息地(I期)为例,探讨盐城遗产综合体的现状、问题和优化对策。

秦岭北麓乡村可持续发展的环境美学评价体系构建

构建秦岭北麓乡村的环境美学评价体系,旨在优化景观发展,通过视觉美感、自然环境、生态平衡、文化传承和居民满意度等多维度指标,采用定量与定性分析,为乡村规划提供科学支持,促进生态文明,推动区域可持续发展,并为相似乡村地区提供参考。

乡村振兴背景下文旅小镇规划策略研究——以贵州丹寨小镇为例

在分析乡村振兴战略的基础上,结合贵州丹寨小镇规划实践,提出规划理念统筹项目全周期的重要性和必要性。首先,总体规划定位确定的发展方向和目标要符合当地社会经济文化的发展战略,为长期稳定的发展打好基础;其次,空间规划要汲取当地的空间基因打造具有传统地域风格和文化底蕴的城乡空间;再次,业态规划应把文化传承与复兴作为延续小镇活力的内生动力;最后,规划理念对招商运营决策的绝对主导,可为后续可持续发展及空间生长保驾护航。

绿色建筑在园林建筑景观中的作用及策略分析

绿色建筑是一种可持续发展的建筑理念,已经在全球范围内引起广泛关注。旨在分析绿色建筑在园林建筑景观中的重要作用和影响,即提供生态系统服务、提高舒适性、节约资源和降低成本等。同时提出整合绿色建筑原则、最优化绿色技术以及教育和传播等策略,更好地融合绿色建筑原则和园林景观设计,以促进环保与美观的结合。

生态文明背景下“能量美学”的概念提出与设计探索

提出“能量美学”这一全新的理念,该理念的核心在于通过能量和资源的高效利用创造美好空间,同时促进环境保护和社会进步,推动生态文明建设和可持续发展。从背景与缘起、概念与解析、价值与意义、路径与实践、趋势与影响、结论与展望6个方面,阐释“能量美学”作为一种全新的理念,在生态价值、经济价值和文化价值方面都具有重大的战略意义,并通过应用实例,得出“能量美学”不仅在理论上具有创新性,而且在实际操作中也展现出极高的可行性和有效性。通过提升能量使用的效率和审美价值,创造更加绿色和谐的生活环境,满足人民对美好生活的追求,为构建更加和谐、绿色的未来提供新路径和新视角。

从SHINE LI帽饰设计师品牌的发展之路,谈东方帽饰设计的新路径

本文探讨了中国帽饰设计的现状和问题,并通过SHINE LI品牌的发展历程,提出了东方帽饰设计的新路径。当前中国帽饰设计面临创新能力不足、抄袭模仿现象严重、材料与工艺局限、品牌意识与市场定位不清、产业链整合不足以及文化自信和国际化意识欠缺等诸多挑战。本文结合SHINE LI品牌的发展经验,提出了一系列解决方案,包括文化融合的设计理念、个性化定制服务、功能性与时尚性的结合、可持续发展的品牌理念、品牌建设与市场拓展、利用数字化和新媒体、注重消费者体验、加强设计教育与培训、促进国际交流与合作、加强知识产权保护和提高市场对创新产品的接受度。这些新路径不仅有助于提升中国帽饰品牌的国际竞争力,也能推动整个行业的进步和发展。

“动画中国学派”如何可持续发展

“动画中国学派”是中国动画百年发展历程中曾经获得国际认同的学派,当下深刻认识什么是“动画中国学派”,如何使其可持续发展并继续获得国际认同,都是值得学界认真研究、探讨的重要问题。坚持以中国优秀文化为核心内涵,努力追求内容和形式层面的“中和”之美,特别强调“儿童态审美”创作的使命与目标,是“动画中国学派”可持续发展不可忽略的出发点和立足点。文化自信是“动画中国学派”可持续发展的关键力量,而可持续发展的影响力与作品中中国优秀文化审美因素含量成正比。

基于绿色可持续发展的剧院建筑规划与设计技术研究

文章主要论述了基于绿色可持续发展的剧院建筑规划与设计技术。在掌握剧院建筑概念内涵的基础上,从规划选址、资源协同、特色营造、材料利用、节能降耗等方面出发,分析了剧院建筑规划与设计中绿色可持续发展理念的应用,有利于促进剧院建筑与城市发展、周边环境、特色文化、居民生活的协调统一,减少因材料生产、采光通风造成的资源和能源浪费。

基于绿色可持续发展的校园建筑规划与设计技术研究

文章主要阐述了在绿色可持续发展理念下,如何进行校园建筑的规划与设计。第一部分是基于绿色可持续发展观对平衡绿色校园建筑环境与设计的构思;第二部分是关于绿色可持续发展校园中的建筑规划与设计需要考虑的问题,如建筑资源、自然资源的高效利用及节能减排理念的实施;第三部分是绿色校园建筑的设计与规划,包括建筑用地、教学用房、室内环境等,并辅以案例进行分析。

智慧城市与城市建筑设计的融合分析

文章探讨智慧城市与城市建筑设计的融合,通过分析智慧城市的定义和特征,围绕可持续发展、以用户体验为中心以及技术创新的原则,探讨新加坡的Marina Bay Sands、谷歌的Nest智能家居系统和迪拜的Burj Khalifa 3个智慧城市与城市建筑设计融合的实例。结果显示,智慧城市与城市建筑设计的融合能够促进城市的可持续发展,提升居民的生活体验和安全感。该融合是构建更高效、环保且人性化城市的关键步骤,对未来城市规划和建筑设计具有深远影响。

竹复合材料在建筑中的应用

目前,我国大部分建筑结构采用砖混结构和钢筋混凝土结构体系,要使用大量的粘土、水泥和钢材,其材料能耗高、污染大,废弃后难以降解,在当前发展低碳经济、美丽乡村和倡议"以竹代塑"的大环境下,绿色、生态、环保、低碳的新型建筑结构材料是土木工程科技发展的必然方向。竹材具有资源丰富、可再生、生长快、强度高、韧性好、硬度大等特点,是建筑结构工程材料的理想原料,因而被广泛应用于建筑行业。竹复合材料具有轻质、高强度、环保等优点,已在建筑领域展现出广泛的应用前景。本研究探讨了竹复合材料在建筑中的应用,旨在提供一种新的可行性材料选择,以满足建筑结构的需求并推动建筑领域的可持续发展。研究结果表明,竹复合材料具有优异的可塑性和抗压性能,能够满足建筑结构的要求,并且在环境中具有良好的持久性。该研究为竹复合材料在建筑领域的应用提供了理论和实践基础,有助于推动建筑结构材料的技术创新和可持续性发展。

低碳概念下的建筑设计应对策略浅析

随着全球气候变化问题日益严峻,低碳经济已成为世界各国发展的必然趋势。建筑行业作为能源消耗和碳排放的重要来源,其低碳化转型对全球减排具有重要意义。文中旨在探讨低碳概念下的建筑设计应对策略,从规划、设计、材料、技术和政策等方面提出具体措施,以降低建筑行业的碳排放,推动建筑行业的可持续发展。

乡村建筑的生态规划设计策略浅析

乡村建筑的生态规划设计是在保护环境和促进可持续发展的前提下,通过整体优化、人与自然和谐发展、充分利用自然资源以及可持续发展等原则,采取一系列策略来实现乡村建筑生态化的目标。文章从建筑规划、清洁能源利用、节材设计、绿化设计和文化塑造等方面进行了浅析,旨在为乡村建筑的生态规划设计提供一些参考和启示。

绿色发展理念驱动下的生成式设计工作流程

随着技术的不断发展,建筑行业正经历重大变革,信息化设计的普及使得人工智能在建筑设计中的应用成为必然趋势。文章深入探讨了将生成式设计技术应用于在可持续建筑设计全流程中的优势与必要性,对于从生成模型训练、备选方案生成、方案优化到可视化导出的全过程设计中如何应用生成设计与人工智能技术进行了介绍。结果表明:通过引入生成式设计,不仅可以提高设计效率,还可以显著提升设计解决方案的生态属性。本文结果可为工程建筑领域的可持续发展提供新的视角。