Abstract Title

Utilization of Bamboo in Architecture

Abstract

Green architecture has been a revolution tracing back to an architectural ideal based on functionality, aesthetic, resiliency, and sustainability. It does not halt at planting trees, yet developing and utilizing environment-friendly materials in design and construction. Bamboo, a novel but familiar material throughout human history of civilization, has high strength and efficiency in structure. In many countries, it has played as a cultural symbol in art and architecture. Bamboo has not been widely utilized in industrial standardization because of its limitations due to its natural characteristics. However, its limitations could be harmonically addressed in different applications in industrial and architectural means. Industrially, with advanced technologies, bamboo can be fabricated through multiple processes into different sustainable products substituting for main construction materials, e.g. timber and steel, because bamboo grows much faster than timber, and produces less carbon than steel. Architecturally, bamboo’s elegant shape is not neglected and highly praised as a modern cultural identity: bamboo is bamboo, in its own traditions. This study, through reviewing multiple scholar articles as well as successful bamboo architectural projects on bamboo historic usages and characteristics, and methods to breakthrough bamboo limitations, aims to show connection and development of the cultural material in meanings of sustainability and original structure performance.

Modified Abstract

Bamboo, a novel but familiar material used in green architecture, has high strength and efficiency in structure as well as aesthetic in cultural aspect. Its limitations, irregular form and treatment difficulty, could be harmonically addressed in industrial and architectural means. Industrially, bamboo can be fabricated into sustainable products substituting for main construction materials, e.g. timber and steel. Architecturally, bamboo’s elegant shape is highly praised as a modern cultural identity. Through reviewing scholar articles and successful bamboo architectural projects, this study aims to show connection and development of the traditional material in meanings of sustainability and original structure performance.

Research Category

Architecture

Primary Author's Major

Architecture

Mentor #1 Information

Dr. Rui Liu

Presentation Format

Poster

Start Date

March 2016

Research Area

Architectural Engineering | Architectural History and Criticism | Architecture

This document is currently not available here.

Share

COinS
 
Mar 15th, 1:00 PM

Utilization of Bamboo in Architecture

Green architecture has been a revolution tracing back to an architectural ideal based on functionality, aesthetic, resiliency, and sustainability. It does not halt at planting trees, yet developing and utilizing environment-friendly materials in design and construction. Bamboo, a novel but familiar material throughout human history of civilization, has high strength and efficiency in structure. In many countries, it has played as a cultural symbol in art and architecture. Bamboo has not been widely utilized in industrial standardization because of its limitations due to its natural characteristics. However, its limitations could be harmonically addressed in different applications in industrial and architectural means. Industrially, with advanced technologies, bamboo can be fabricated through multiple processes into different sustainable products substituting for main construction materials, e.g. timber and steel, because bamboo grows much faster than timber, and produces less carbon than steel. Architecturally, bamboo’s elegant shape is not neglected and highly praised as a modern cultural identity: bamboo is bamboo, in its own traditions. This study, through reviewing multiple scholar articles as well as successful bamboo architectural projects on bamboo historic usages and characteristics, and methods to breakthrough bamboo limitations, aims to show connection and development of the cultural material in meanings of sustainability and original structure performance.