Abstract
Inspired by the organic shapes of the red dragon tree, this project merges computational and manual design techniques to create sustainable, bio-inspired furniture. Using Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM), a table was conceptualized digitally and realized using bio epoxy-based concrete. This hybrid approach blends traditional craftsmanship with advanced digital modeling to achieve an aesthetic balance of form and functionality while utilizing sustainable materials. The table’s intricate design required computational analysis to optimize mold-making, resulting in a two-piece mold that successfully captured the design’s complexity. The use of bio-epoxy-based concrete offered enhanced mechanical properties, durability, and reduced environmental impact. This research highlights the potential for combining computational design, sustainable materials, and traditional crafting techniques, setting a precedent for future eco-conscious furniture design and material innovation.
Presenters
Abolhassan PishahangStudent, PhD Student, Comparative Studies, Florida Atlantic University, Florida, United States Maryam Badiei
Student, PhD, Comparative Studies, Florida Atlantic University, Florida, United States
Details
Presentation Type
Paper Presentation in a Themed Session
Theme
KEYWORDS
Bio-based Concrete, Palm Fiber Reinforcement, Hybrid Design, Computational Design, Sustainable
