The Growth Curve Vêtement déformable by Haiwei Wang is a highly esteemed winner of the very prestigious 2021 A' Design Award d'Or in Design de Mode, Vêtements et Habillement Competition Category.
OrMode· 2021
The Growth Curve Vêtement déformable
by Haiwei Wang
Client: Haiwei Wang
A' Design Award d'Or Winner in Mode Category
- 148,995
- Verified Award Winner
- Verify Award Status for #120491
The Design
About The Growth Curve Vêtement déformable
La Courbe de Croissance est un vêtement déformable conçu pour changer de forme et offrir plusieurs façons de se porter. Des baleines en bandes constituent l'armature de soutien et sont cousues directement sur un tissu élastique. La force irrégulière générée par le croisement des bandes fait onduler le tissu et donne naissance à des surfaces spiralées et en relief, conférant au vêtement une structure tridimensionnelle légère et respirante. Ce procédé permet de créer des formes complexes sans assembler de panneaux distincts. Il génère moins de chutes de tissu lors de la production, ce qui contribue aux économies d'énergie dans l'industrie de l'habillement.
The Recognition
About the A' Design Award d'Or
The Growth Curve Vêtement déformable est lauréat de l'A' Design Award d'Or, une reconnaissance immensément prestigieuse décernée à des designs de premier ordre, merveilleux et remarquables. Les lauréats Or sont des créations extrêmement innovantes, visionnaires et d'un éclat glamour éblouissant, qui reflètent le génie, la sagesse et la maîtrise de leurs concepteurs. The Growth Curve Vêtement déformable est censé être une invention très louée, avant-gardiste et monumentale, qui apporte une valeur sans précédent. Ce design lauréat de l'A' Design Award d'Or est un projet spectaculaire et respecté qui sert grandement l'art, la science, le design et la technologie et en repousse les limites. The Growth Curve Vêtement déformable crée de vifs sentiments de désir, éveille la passion, encourage la créativité et nous fascine.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- According to the principle of mechanics, this work makes the garment structure show 3D structure like "soft sculpture", light and breathable. At the same time, the clothing structure has the function of expansion and deformation, which can provide a variety of wearing methods for the wearer. The waste fabric produced in the process of clothing production is less, which is conducive to promoting the environmental protection and energy saving of the clothing industry.
- Dimensions & Packaging
- Width 400mm x Depth 350mm x Height 1750mm
- Tags
- Fashion , Sustainable, Wearable Art, Clothing, Garment Design
- Production Technology
- The main production materials of this fashion design are fishbone and elastic fabric. Among them, fishbone function is the basic framework to shape the overall shape. Elastic fabric is used to wrap the surface and cooperate with the generation of organic form. In terms of the manufacturing principle, the fishbone material is directly sewed on the surface of the fabric, and the concave convex structure produced by the crisscross fishbone is used to drive the fluctuation of the elastic fabric. According to the principle of mechanics, the linear trend combination of supporting materials is designed in advance to make the elastic fabric bear uneven force under the action of fishbone supporting materials, and finally the fabric presents a three-dimensional shape of curl, concave convex and spiral.
- Design Challenge
- The most challenging part of the creation process of this series lies in the process of transforming the two-dimensional plane pattern into the three-dimensional space structure of clothing. There are uncontrollable factors in this process. In the whole production process, sometimes random and accidental changes of pattern arrangement will bring unexpected structure, and also bring more possibilities to clothing modeling.
- Research
- This design aims to carry out innovative research and Practice on clothing structure and materials, and further explore the free presentation of organic form in clothing conceptual design. At the same time, we try to create the "one clothing, many clothes" mode by using the deformable structure, so as to innovate the clothing function and reduce the waste of clothing materials. The positive role of green design concept in promoting green design in the clothing industry and its application prospect in the future wearable fashion field are further discussed.
- Inspiration
- The inspiration of the work comes from the 3D modeling structure with a sense of future technology, and the rhythmic changes are fascinating. Fishbone is used as the supporting frame of the garment, and elastic fabric is used to wrap the surface to shape the overall organic form. It is like ergonomic extension design, flexible and changeable modeling gives clothing more possibilities, and flowing shape brings people sensory stimulation.
- Project Duration
- The project started in October 2018 in Guangzhou and finished in April 2019 in Guangzhou, and was exhibited in Beijing in May 2019.
- Operation Flow
- The fashion design works use a variety of innovative structures, thus creating a variety of clothing modeling. The combination of fishbone and elastic fabric makes the garment not only the "armor" to protect the body, but also the second layer of soft skin. The garment manufacturing method can achieve a rapid prototyping for any shape and structure, including complex surface, without splicing to achieve the integration of clothing, and fundamentally achieve the three-dimensional shape of clothing.
- Patents
- Copyrights belong to Haiwei Wang, 2019
- Image Credits
- Image #1: Creator Haiwei Wang, The Growth Curve, 2019.
Image #2: Creator Haiwei Wang, The Growth Curve, 2019.
Image #3: Creator Haiwei Wang, The Growth Curve, 2019.
Image #4: Creator Haiwei Wang, The Growth Curve, 2019.
Image #5: Creator Haiwei Wang, The Growth Curve, 2019.
Sponsored
Explore Beyond Designers.org
Discover products, services and opportunities from our advertising partners.
More to Explore
Related Designs
Explore more award-winning designs from the same category, selected by merit.