radiation proof dress research and design selection

50
Slow is Beautiful Design Project Dominique Taylor Sketch Book • BA (Hons) Fashion Design & Development Year 2• 22 August 2012 Thursday, 31 October 13

Upload: dominique-taylor

Post on 10-Mar-2016

221 views

Category:

Documents


5 download

DESCRIPTION

The Radiation Proof Dress' selection process and working research sketchbook

TRANSCRIPT

Page 1: Radiation Proof Dress Research and Design Selection

Slow is Beautiful Design Project

Dominique TaylorSketch Book • BA (Hons) Fashion Design & Development Year 2• 22 August 2012

Thursday, 31 October 13

Page 2: Radiation Proof Dress Research and Design Selection

Spec

ifica

tions

and P

PD

State

ment

Thursday, 31 October 13

Page 3: Radiation Proof Dress Research and Design Selection

The scenario set out by Fashion Futures

Thursday, 31 October 13

Page 4: Radiation Proof Dress Research and Design Selection

Mindset

Thursday, 31 October 13

Page 5: Radiation Proof Dress Research and Design Selection

Organic and Sustainable MATERIALS

Natural, man made and recycled fibres

Thursday, 31 October 13

Page 6: Radiation Proof Dress Research and Design Selection

Production

Hyper efficiency: This means that the production of the garment will be processed in a way that is efficient in time, effort, materials used, monetary spending.

Regional hubs: Products will be made locally and can therefore have consumer interaction with design staff in each hub, as well as with the garments, for such things as alterations

Hand crafted: Products are couture level and therefore are hand crafted and amended by humans, no matter how advanced technology becomes. However Industrial machines will still be utilised for main seams etc.

Fair trade: Fabrics will be sourced to reflect the ideology of organic, fair trade and where possible locally produced. This however is extended to the work place in general i.e. mannequins made and bought locally, office supplies and the supply of coffee and food to the work place will encapsulate these ideas.

Thursday, 31 October 13

Page 7: Radiation Proof Dress Research and Design Selection

Retail

Transparent / well informed : The consumer will have the ability to be well informed about the product, hw it was sourced etc.

Sustainable: online, with department store ‘fitting rooms’: By having online shops that give you an overview of all products and prices, For those who wish it there will then be “ fitting rooms” in department stores so that they can get all their measurements taken and automatically put into the online store information. With time this will mean that the regional hubs will become obsolete to returning consumers.

Digital tagging: Meaning an electronic way of tracking and having all the information such as all measurements, fair trade info, where the materials were sourced etc at the fingertips of the consumer. This could be done by having a barcode such as the one above, that can be scanned by any smart phone.

Thursday, 31 October 13

Page 8: Radiation Proof Dress Research and Design Selection

Use

Durable: The garment will have to be durable and long lasting, not only for the consumer to be able to wear it again and again but also so that the garment once it has come to the end of its life cycle, the fabric can be recycled.

1 garment, numerous options : Traditionally a couture garment is worn once and then very often not worn by the same person again, this way the garment will have many ways to wear it so that the consumer gets maximum use out of one couture garment.

Chemical free cleaning : By being able to clean it without chemicals, it is not only better for the environment but the fabric will be better preserved.

Thursday, 31 October 13

Page 9: Radiation Proof Dress Research and Design Selection

End of life

Widespread re-manufacture: At the end of the garments life cycle there will be places that the garment can be dropped at which will recycle it.

Send back to producer / retailer: It could also be send back to the manufacturer so that should it be in good enough condition to re-sell as a second hand couture garment or if not unpicked and since the pattern pieces are big blocks can be made into a new garment.

Peer to peer clothing swap :In the year 2025 there will be quarterly markets where there is a celebration of peer to peer garment and other item swapping.

Thursday, 31 October 13

Page 10: Radiation Proof Dress Research and Design Selection

Health in 2025Cancer Levels rocket due to : Radiation Poisoning, Hexavalent Chromium Poisoning, Asbestos Poisoning all of them are due to radio-wave radiation exposure, such as wireless gadgets, internet, electronic road signs etc - the body can be shielded from this using special fabrics.

Extremes of Obesity and Fitness: due to cheap fast food and organic/fresh food consumption

Healthcare systems working for a broader but richer demographic

Thursday, 31 October 13

Page 11: Radiation Proof Dress Research and Design Selection

Fabrics that already existThere is currently a fabric on the market that is a medium weight, woven fabric called “radiade” it is generally used for maternal wear, for pregnant women and is not flattering or aesthetically pleasing at this stage in its development. The expectation is that by 2025 the material and its uses will be far superior and more advanced that at

Established by two Melbourne pharmacists in response to their concerns about adverse health effects from exposure to electromagnetic radiation

Radiade are fabrics that incorporate the latest nano-technology, and which cut out up to 99% of the radiation in question. The fabrics have been tested and certified by the National Centre of Testing Technology in Shanghai, and the results have been confirmed by tests at the Australian Radiation Protection and Nuclear Safety Agency (ARPANSA).

The new fabric, developed by the Florida-based company Radiation Shield Technologies, is able, say its makers, to block x-rays and gamma rays.

An American company has also developed a fabric that is called Demron. The fabric is versatile and ranges from protective suits to radiation-proof tents and linings for aircraft. It was originally developed to protect medical staff from X-ray radiation but the manufacturer has hopes for its use in the nuclear industry.

Thursday, 31 October 13

Page 12: Radiation Proof Dress Research and Design Selection

Thursday, 31 October 13

Page 13: Radiation Proof Dress Research and Design Selection

ConsumerYou are as young as your faith, as old as your doubt; as young as your self-confidence, as old as your fear; as young as your hope, as old as your despair.  ~Douglas MacArthur

“Revere the body and care for it, for it is a temple” Swami Muktananda

“Fashions fade, style is eternal” Yves Saint Laurent

Thursday, 31 October 13

Page 14: Radiation Proof Dress Research and Design Selection

Thursday, 31 October 13

Page 15: Radiation Proof Dress Research and Design Selection

hyper efficiencyregional hubshand craftedfair trade

digital tagging well informed consumeronline retail local ‘fitting-rooms’sustainable

ultra durable one garment, numerous optionschemical free cleaningwash less upgrade in technology available

peer to peer swapsend back to retailer for unpicking retailer recycles fabricwide spread re manufacture

Technological material to protect from: radio-waves, sun, pollution

natural fabricsrecycled fabrics renewable fabrics

My Product

Lifecycle

Thursday, 31 October 13

Page 16: Radiation Proof Dress Research and Design Selection

Pollution destroys from the inside = eventually it is visible on the surface

Thursday, 31 October 13

Page 17: Radiation Proof Dress Research and Design Selection

The moulds were an experiment with materials hat might be used as a protective layer.

I like the wax that was poured on to the bust mould and then dried.

they would not be suitable because the mould plaster crumbles when it is trying to be manipulated

Thursday, 31 October 13

Page 18: Radiation Proof Dress Research and Design Selection

Thursday, 31 October 13

Page 19: Radiation Proof Dress Research and Design Selection

Thursday, 31 October 13

Page 20: Radiation Proof Dress Research and Design Selection

Thursday, 31 October 13

Page 21: Radiation Proof Dress Research and Design Selection

Outer Couture vs Inner protection

Thursday, 31 October 13

Page 22: Radiation Proof Dress Research and Design Selection

Thursday, 31 October 13

Page 23: Radiation Proof Dress Research and Design Selection

inner Radio-wave protection inner Sun protection inner Pollution protection

Thursday, 31 October 13

Page 24: Radiation Proof Dress Research and Design Selection

Outer Drape Examples

Thursday, 31 October 13

Page 25: Radiation Proof Dress Research and Design Selection

Outer Paneling Examples

Thursday, 31 October 13

Page 26: Radiation Proof Dress Research and Design Selection

Inner Protective Garment Examples

Thursday, 31 October 13

Page 27: Radiation Proof Dress Research and Design Selection

Applique elements added to the garment. The applique would contain the technology that protects the consumer from radio-waves, sun rays and pollution.

Thursday, 31 October 13

Page 28: Radiation Proof Dress Research and Design Selection

Sample of wadding trapped between two pieces of fabric and the tribal tattoo like design stitched on to the surface.

Thursday, 31 October 13

Page 29: Radiation Proof Dress Research and Design Selection

The Fringing was dip dyed in the DYLON lavender colour to give the effect of one material being consumed by an outside effect (pollution for example)

Thursday, 31 October 13

Page 30: Radiation Proof Dress Research and Design Selection

I was experimenting with a garment that may have been as much fashion as protective. This lead to a base garment (in this case a mini dress that covers the bust and uterus) that then can have pieces that attach to it to make it more of a fashion item than a utilitarian piece of clothing.

Thursday, 31 October 13

Page 31: Radiation Proof Dress Research and Design Selection

Thursday, 31 October 13

Page 32: Radiation Proof Dress Research and Design Selection

Thinking about the way a one piece suit could be worn under all other garments and have the protective radiation within the one piece.

On the Left is the suit without the protection and on the RIGHT is the suit with the protective radiation layer. This could be worn under any garment and could be long sleeve, or with a skirt etc.

Thursday, 31 October 13

Page 33: Radiation Proof Dress Research and Design Selection

Shape / Drape

Thursday, 31 October 13

Page 34: Radiation Proof Dress Research and Design Selection

Mixing body-con and drape, looking at extenuating the sexual aura of females in a tribute to the greek Goddesses while having the protective element built into the draped garment.

Thursday, 31 October 13

Page 35: Radiation Proof Dress Research and Design Selection

Looking at how the ‘godets’ that would give the hem off a couture dress its volume and diameter could be more like a panel that is interesting and relevant in fashion aesthetics.

Thursday, 31 October 13

Page 36: Radiation Proof Dress Research and Design Selection

I made this t-shirt from polyester organza, it was a sample showing the grown on sleeve

when working with the organza i tried different styles of hemming, the most effective and neat looking was a roll hem.

Thursday, 31 October 13

Page 37: Radiation Proof Dress Research and Design Selection

Looking at shape and exaggerated pattern, how both can be used as basic forms to create something unique and multi purposeful.

Focusing on different materials and how they might work together to create a garment that both protects and reveals the human form.

Thursday, 31 October 13

Page 38: Radiation Proof Dress Research and Design Selection

sample of attaching the garment to a collar

Thursday, 31 October 13

Page 39: Radiation Proof Dress Research and Design Selection

Looking at one dress and how it might be worn in different ways.

Thursday, 31 October 13

Page 40: Radiation Proof Dress Research and Design Selection

On observation and sampling, this design is complicated to create in

precision with the belt and strap going from the collar down the CB or CF so

alterations were made during the making process.

Thursday, 31 October 13

Page 41: Radiation Proof Dress Research and Design Selection

Focusing on the type of collar that might be used to hold the garment up and around the shoulders. A

collar like this is strong and sturdy enough to hold the weight of so much fabric.

Thursday, 31 October 13

Page 42: Radiation Proof Dress Research and Design Selection

Thursday, 31 October 13

Page 43: Radiation Proof Dress Research and Design Selection

Idea 1: Multi way Dress Flat showing Front, Back and Side Views.

Thursday, 31 October 13

Page 44: Radiation Proof Dress Research and Design Selection

Idea 2: Multi way Dress Flat showing Four Views: Right Side, Front, Left Side, Back

Thursday, 31 October 13

Page 45: Radiation Proof Dress Research and Design Selection

option 1

Thursday, 31 October 13

Page 46: Radiation Proof Dress Research and Design Selection

option 2

Thursday, 31 October 13

Page 47: Radiation Proof Dress Research and Design Selection

option 3

Thursday, 31 October 13

Page 48: Radiation Proof Dress Research and Design Selection

option 4

Thursday, 31 October 13

Page 49: Radiation Proof Dress Research and Design Selection

option 5

Thursday, 31 October 13

Page 50: Radiation Proof Dress Research and Design Selection

option 6

Thursday, 31 October 13