Bionics Can Inspire Unlimited Creativity In Fashion Design.

< p > the so-called bionics, in a word, is learning from nature.

It embodies people's appreciation and respect for the secrets and wisdom in nature.

In fact, the use of bionics is nothing new. Take a target= "_blank" href= "http://www.91se91.com/" > dress < /a > for example, horn skirt, tuxedo, bat shirt and so on are all obvious examples.

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< p > and in the fashion show of masters such as Jean Paul Gaultier, Christian Dior, Yohji Yamamoto in recent years, they can clearly see their inspiration from the shapes and colors of insects, flowers and birds.

It is even possible that when a target= "_blank" href= "http://www.91se91.com/" > designer "/a" has not yet fully realized that a particular detail belongs to bionic design, it has naturally done so.

After all, natural inspiration to mankind and its subtle influence on us are far more profound than we know.

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< p > however, bionics today is an innovative way of design, and its significance is not only limited to the imitation of biological shape, but also includes the reference to the surface texture and texture, structure, function and image of biology.

Accordingly, bionic design will also involve Guan Xueke, such as mathematics, biology, electronics, physics, cybernetics, information theory, ergonomics, psychology, materials science, mechanics, dynamics, engineering, economics, color science, aesthetics, communication, ethics and so on.

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< p > the core value of bionic design is to understand the mode and logic behind the operation of nature, and skillfully adopt them to solve design problems.

For example, I have seen in a London Science Museum exhibition a dress made by Sydney designer Donna Sgro using structural colored fiber material.

At first, I didn't feel anything special about the skirt. I saw it through the introduction. The tiny cobalt blue fabric that looked like it had not been dyed, but the mysterious magic of light on its multilayered fibers.

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< p > this material is inspired by the brilliant luster of the blue flicker butterfly in South America.

The wings of the butterfly do not have any special color. The fine structure of their scales is made up of multi-storey barriers, somewhat similar to louvers, but far more complicated than blinds.

When light shines on the wings, it will produce refraction, reflection and diffraction, and other physical phenomena, so it will show blue, green, purple and other metallic luster colors in people's eyes.

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< p > taking into account the current market, < a target= "_blank" href= "http://www.91se91.com/" > textile > /a > most of them are dyed with chemical dyes and auxiliaries, which directly or indirectly pollute the environment, so the appearance of this non dyed fabric has the demonstration effect of environmental protection pioneers.

It is worth mentioning that the structural chromophoric fibers are not only displayed in museums, but also produced and sold by Japanese Imperial fibers limited.

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< p >, for example, we know that the pine tower has a characteristic that its scaly leaves will be opened or closed according to the change of temperature and humidity to mediate itself.

British scientists have made use of this principle to develop a peculiar smart fabric, which resembles the surface of a pine tower with many bulges made of water absorbing materials such as wool.

When the body is sweating, the bulge on the fabric will automatically open to help the evaporation of water, so as to play a cooling effect, and then these bulges will return to the original closed state again.

Fabrics such as heat discharge, warmth retention and dehumidification functions are especially suitable for use in coats, < a target= "_blank" href= "http://www.91se91.com/" > cap < /a > gloves and other clothing.

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< p > there are more avant-garde than these.

Katie ledger, a student at University of the Arts in London, has been inspired by the molting characteristics of snakes, and has designed a series of a target= "_blank" href= "http://www.91se91.com/" which can be stripped off gradually.

The original intention of this idea is closely related to environmental protection. According to statistics, on average, we wash a target= "_blank" href= "http://www.91se91.com/" > clothing < /a > on average, and consume 40 gallons of water and 5500 watts of electricity.

When Katie ledger considered how to minimize the frequency of washing to save water and electricity, she remembered the example of snake molting, and accordingly designed clothes that could change color or style with the gradual discarding of the snake.

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< p > according to the design model of ledger, each garment consists of three to eight layers of natural fiber fabric, which are bonded with non-toxic, water-soluble polymer glue.

Just spray water, the outermost layer of clothes can be easily stripped, and it can be degraded naturally as garbage.

Sometimes, the stripped part can also be reassembled as another part of clothing.

Well, you can think that this concept is too crazy at the stage of research, at any rate, at least it can prove that bionics can stimulate infinite creativity.

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