2022年7月26日 · Currently, standards and codes to support the analysis and calculation of bamboo structures are still scarce. Even international standards do not include specifications for the design of complex geometries. This work aimed to verify the use of parametric tools to design complex shapes.

The research demonstrates the capability and limitations of using Elastica-based parametric models for simulating bending-active structures of natural materials such as bamboo. This project leads to our future research into better predicting bending behaviors of …

2024年11月4日 · This study advances the understanding of expandability of deployable bamboo structures through computational approaches, providing valuable insight that can inform architectural designers, thereby shaping the composition of architecture.

2024年5月7日 · By demonstrating the structural capabilities of bamboo and its potential in parametric design, this project aims to promote the use of sustainable materials in architecture and inspire architects to incorporate sustainable design principles in their practice.

2022年7月26日 · Currently, standards and codes to support the analysis and calculation of bamboo structures are still scarce. Even international standards do not include specifications for the design of...

2022年10月27日 · Digital Bamboo: A study on bamboo, 3D printed joints, and digitally fabricated building components for ultralight architectures. This paper presents a novel construction system that...

Incorporating bamboo into deployable structures enhances sustainable architectural practices by promoting the use of renewable local materials while providing adaptable building solutions. Despite the promise of deployable bamboo structures, a crucial research gap exists in understanding their deployability.

2023年2月15日 · The structure of BamX! relies entirely on the use of raw bamboo and simple hand tools for fabrication. Raw bamboo poles are cut to length with a hand saw, then split using a traditional bamboo splitting device. Joint connections are measured based on the optimized digital model, and holes are drilled manually.

the irregular geometry of bamboo, parametric technology allows irregularity to be systematically addressed in a design. As bamboo has now risen as a competitive candidate to replace timber in the future [7][17], this paper presents an attempt to incorporate bamboo as a structural material into freeform structure design. Particularly,

The book presents the recent developments regarding the innovative ways to design and represent architecture through parametric survey tools, and describes the experimental geometrical-generative design process of a connection joint for free-form lightweight structures employing beams made of bamboo culms.