Simulate the Honeycomb System as an Inspirational Design Concept in the Field of Furniture | ||
| Journal of Design Sciences and Applied Arts | ||
| Article 2, Volume 2, Issue 2, June 2021, Pages 32-43 PDF (2.1 M) | ||
| Document Type: Original Article | ||
| DOI: 10.21608/jdsaa.2021.30540.1058 | ||
| Author | ||
| Dalia Mahmoud khalil* | ||
| Faculty of Applied Arts Helwan university | ||
| Abstract | ||
| The concept of nature simulation is associated with engineering technology, so the designer was inspiring from it the composition and formation systems that exist in organisms (live beings) featuring and accuracy and balance to find design solutions. One of those rich genius systems in its balance, strength and beauty is the honeycomb system which was inspirer for many architectural, engineering and product designs. So, areas for inspiration from the honeycomb structure system were varied in the fields of architecture, interior design, industrial designs and furniture, this extended to the innovation of many engineering and technological systems. These systems, which are inspired by the honeycomb ., have innovated many design solutions and engineering innovations that can be employed in the field of furniture design in general and the design of flexible multi-purpose furniture in particular. The Research Problem: The necessity of working to find inspiration ways innovated and developed from the honeycomb system, and how to derive from this balanced and accurate system, and how can we benefit from those ways in the field of furniture design. The Research Target The research aims to study the honeycomb system and explain its effect on aesthetically and functionally producing and generating ideas in the field of furniture design. The Research Hypotheses The researcher believes that honeycomb technology can help furniture designers to reach innovative designs that carry the characteristics of this genius system. The Research Methodology: The researcher relied on the analytical, inductive and descriptive method. | ||
| Keywords | ||
| Nature Simulation; Bionics; Honeycomb Technology; Furniture Design | ||
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