%0 Journal Article
%T 北海·鲸落——基于空间造型组织下超场域生态博物馆概念建筑设计
Beihai Whale Falls—Conceptual Architectural Design of a Superfield Ecological Museum Based on Spatial Modeling Organization
%A 杨晟辉
%A 黄奇苓
%J Design
%P 651-658
%@ ****-****
%D 2024
%I Hans Publishing
%R 10.12677/design.2024.94519
%X 本研究通过“北海·鲸落”项目探讨了超场域生态博物馆的空间造型设计，融入了生态系统的动态和自然界能量转换的理念。研究以空间造型组织和超场域为理论基础扩展建筑设计边界，结合仿生设计、自然材料和互动科技，展示了现代建筑设计在实现自然环境和谐互动中的双重角色。通过创新的空间造型和技术应用，实现建筑与环境的和谐共生。这不仅展现了设计的前瞻性和实验性，还促进了生态、文化与科技的融合。
This study explores the spatial design of the superfield ecological museum through the “Beihai Whale Fall” project, incorporating the concepts of ecosystem dynamics and natural energy conversion. This study explores the spatial design of a super field ecological museum through the “North Sea Whale Fall” project, incorporating the dynamic nature of ecosystems and the concept of energy conversion in nature. The study expands the boundaries of architectural design based on spatial modeling organization and hyperspace theory, and combines biomimetic design, natural materials, and interactive technology to demonstrate the dual role of modern architectural design in achieving harmonious interaction with the natural environment. Through innovative spatial design and technological applications, achieve harmonious coexistence between architecture and the environment. This not only demonstrates the forward-looking and experimental nature of the design, but also promotes the integration of ecology, culture, and technology.
%K 空间造型设计，
%K 超场域理念，
%K 生态系统，
%K 现象学，
%K 可持续设计
Spatial Modeling Design
%K Superfield Concept
%K Ecosystem
%K Phenomenology
%K Sustainable Design
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=94735