CASE STUDY ON 3D PRINTED DRESSES BY PELEG

An Israeli fashion designer proved that “forget shopping, soon we will be able to download our clothes” (Peleg, 2015). Danit Peleg is born in 1988 in Israel. Danit Peleg is a fashion designer based in Tel-Aviv which created the first commercially available, 3D-printed clothing. Peleg studied Fashion Design at the Shenkar College of Engineering and Design. Her dissertation researched the possibility of 3D-printing clothes. In 2014, she designed her first 3D-printed jacket, the Liberate, after a lot of experimentation with different materials and setups. After this initial success, she created more designs to create a complete collection. After graduating in 2015, she started her own studio, via which she provides custom, 3D-printed designs for clients. In 2016, she designed a 3D-printed dress for Amy Purdy, who wore this dress during a dance performance during the opening ceremony of the Paralympics of 2016. In 2017, a limited edition set of 100 Bomber jackets were created. For $1500 apiece, clients could get their own customized jacket printed. Peleg organized a three-day workshop on 3D-printed fashion in 2018, where 15 students from all over the world could learn about her design process. That year she was also recognized as one of Europe's 50 most influential woman in tech by Forbes.

The interview of Peleg in New York in December 2015, "Past few months I have been traveling for a week at a time with only one suitcase of clothes. One day I was invited to an important event and I want to wear something special and new for it.

So, I looked through my suitcase and I could not find anything to wear. But, I was lucky to be at the technology conference on that day and I had access to 3D printers. So, I quickly designed a skirt on my computer and loaded the file on the printer. It just printed the pieces overnight, next morning I just took all the pieces assembled them together in my hotel room and this is actually the skirt that I’m wearing right now. 

Add caption

 So, it was not the first time that I printed clothes. For my senior collection at fashion design school, I decided to try, and 3D print an entire fashion collection from my home. The problem was that I barely knew anything about 3D printing and I had only nine months to figure out, “how to print five fashionable looks?” I always felt most creative when I worked from home.

I loved experimenting with new material and I always tried to develop new techniques to make the most unique textiles for my fashion project. I loved going to the old factories and weird stores in search of leftovers of strange powders and weird materials and then bring them home to experiment on it. As you probably imagine, my roommates did not like it at all. So, I decided to move on to working with big machines one that did not fit in my living room. I love the exact and the custom work I can do with all kind of fashion technologies like knitting machines and laser cutting and silk printing.

One summer break, I came here to New York for an internship at a fashion house in Chinatown. We worked on two incredible dresses that were 3D printed. They were amazing that you can see here. 

But, I had a few issues with them. They were made with some hard plastics and that’s why they were very breakable. The models could not even sit in them and they got scratched from the plastics under their arms. The designers had so much freedom to make the dresses look exactly like they wanted but still they were dependent on big and expensive industrial printers that were located in a lab far from their studios.

Later that year, a friend gave me a 3D printed necklace printed using a home printer.

 I knew that these printers were very cheaper and much more accessible that the ones we used at my internship. So, I looked at the necklace and then I thought “If I can print a necklace from home, why not my clothes from my home, too?” I really liked the idea that I would not have to go to the market and pick fabrics that someone else chose to sell. I could just design them and print them directly from home. I found a small marketspace, where I learned everything I know about 3D printing. Right away, they literally gave me the key to the lab, so I could experiment into night, every night.

The main challenge was to find the right filament for printing clothes with. So, “What is a filament?” Filament is the material you feed the printer with. I spent a month or so experimenting with “PAL” which is a hard and scratchy breakable material. The breakthrough came when I was introduced to Filament, which is a new kind of filament. It is strong, yet very flexible and with it I was able to print the first garment, the red jacket that had the word “Liberate” “Freedom” in French embedded into it.

 I chose this word because I felt so empowered and free when I could just design a garment form my home and print it by myself. A person easily downloads this jacket and easily change the word to something else. For example, your name or your sweet heart’s name.

The printer’s plates are small, so I had to piece the garment together, just like a puzzle and I wanted to solve another challenge. I wanted to print textiles that I would use just like regular fabrics. When I found an open-source file from an architect who designed a pattern that I love with it. I was able to print a beautiful textile that I would use just like a regular fabric and it actually even looks a little bit like a lace.

 So, I took this file and modified it, changed it and played with it many kinds of versions out of it and I needed to complete printing my collection.

So, I bought six printers to my home and just printed 24/7 and this is actually a really slow process but let’s remember the Internet was significantly slower 20 years ago. So, 3D printing will also accelerate and in no time, you will be able to print a T-shirt in your home in just a couple of hours or even minutes. So, you want to see “What it looks like?” 

She is wearing everything, I printed form home.

So, I think in the future, material will evolve, and they will look and feel like fabrics we know today like cotton or silk. Imagine personalized clothes, that fit exactly to your measurements. Music was once a physical thing, you would have to go to the record shop and buy CDS but now you can just download the music, digital music directly to your phone.

Fashion is also a very physical thing and I wonder what our world will look like when our clothes will be digital just this skirt.

Five Final 3D Printed dresses.

Feedback

Feedback on my presentation.

PRESENTATION SLIDES

As the presentation slides illustrated that the topic of presentation is 3D printing, the presentation was lasted for 20 minutes and it was the wonderful experience to express the idea of work.

There was no one in the class except teacher, and a handy cam (camera recorder). However, she asked some question after such as, Why is chose this topic? ,

Material used in 3D printed houses and Dresses? and,

Safety Caution? 

Final Essay

The concept of 3D printing dates to the early 1980s, when inventor Chuk Hull created a 3D cross-sectional pattern of an object. Hull was known as the father of 3D printing (The Guardian,2014). 3D printing is a part of additive manufacturing. The object will be created by adding material layer by layer. 3D printers are available in the market and in the process including, homes, schools, and business. A famous fashion designer Peleg (2015) makes clear that “Forget shopping, soon we will be able to download our clothes”. These printers are used for printing such as toys, tools, and 3D food intricate treats. This essay will discuss the usage of 3D printers in a different field of life such as Architecture and Medical Science.

3D printing in Architecture Technology just changed the way of living. As Oxman (n.d) perceptively stated that “I believe in near future we will 3D print out our building and houses”. A company in China has used giant 3D printers to make 10 full-sized, detached single-storey houses in a day (BBC, 2015). Each 3D printed house in China cost less than $5,000. In many countries, Architects use 3D printers to illustrate their work and present it in a well-organized way because it is easy to understand the physical concept as compare to sketch. MarkerBot Replicator 2 is a printer which is a good example to use here, it works layer by layer. These giant printers work like that. Moreover, engineers are working on the 3D printers to make them able to print double story houses.

Some day after I am dead, scientists will recreate my brain with a kind of three-dimensional printing press and use it to create new quotes by me, instead of phony one like this. However, it is true that now-a-days many scientists use 3D for creating body parts. In 1955, Dr. Thomas Harvey met Einstein before his death then ask his a few questions and take his body to examine. He started examining his body parts one by one, when he came to Einstein brain, he realised that his brain is not a normal brain. He did not put his brain back, he stole it and escaped. He began his working by took a number of photos from different angles of the brain. He was the first and last human being who hold Einstein brain in his hand. Moreover, he cut the brain into 240 small pieces. Each piece coated in saluting and preserved into alcohol. He thinks that, he saved Einstein’s brain for every mankind. Even in 21^st century no one is being successful to create internal part of the body.

To sum up, according to the first commandment of computer ethics, no one have any right to harm someone.  Moreover, it is illegal to create anything which can harm others. A person who prints 3D printed stuff must be more careful in his/her work because, his/her little mistake can harm a whole nation.  There are health risks of these items, including Medical Science and Houses.

First 3D PRINTED DRESSES

DANIT PELEG is the first designer in the fashion industry. Her five 3D printed dresses.  

SAFETY

According to the research people share their thought about usage of  3D printers in daily life

SUGGESTION ABOUT 3D PRINTING

According to survey most of the people want 3D printers in their houses and offices (daily life use)

MATERIAL OF 3D PRINTERS

The building-on-demand (BOD) by CO-BOD International, a small office hotel building, with a 3D printed wall and foundation structure. The first building of its kind in Europe.

There are a variety of 3D printing methods used at construction scale, these include the following main methods: extrusion (concrete/cement, wax, foam, polymers), powder bonding (polymer bond, reactive bond, sintering) and additive welding. 3D printing at a construction scale will have a wide variety of applications within the private, commercial, industrial and public sectors. Potential advantages of these technologies include faster construction, lower labor costs, increased complexity and/or accuracy, greater integration of function and less waste produced.

A number of different approaches have been demonstrated to date which include on-site and off-sitefabrication of buildings and construction components, using industrial robots, gantry systems and tethered autonomous vehicles. Demonstrations of construction 3D printing technologies to date have included fabrication of housing, construction components (cladding and structural panels and columns), bridges and civil infrastructure^[1], artificial reefs, follies and sculptures.

3D printed houses

The 3D Print Canal House was the first full-scale construction project of its kind to get off the ground. In just a short space of time, the Kamermaker has been further developed to increase its production speed by 300%. However, progress has not been swift enough to claim the title of 'World's First 3D Printed House'.

The first residential building in Europe and the CIS, constructed using the 3D printing construction technology, was the home in Yaroslavl (Russia) with the area of 298,5 sq. m. The walls of the building were printed by the company SPECIAL in December 2015. 600 elements of the walls were printed in the shop and assembled at the construction site. After completing the roof structure and interior decoration, the company presented a fully finished 3D building in October 2017. The peculiarity of this project is that for the first time in the world the entire technological cycle of construction has been passed: design, obtaining a building permit, registration of the building, connection of all engineering systems. An important feature of 3D house in Yaroslavl, that also distinguishes this project from other implemented ones - this is not a presentation structure, but rather a full-fledged residential building. Today it is home of a real, ordinary, family.

Dutch and Chinese demonstration projects are slowly constructing 3D-printed buildings in China, Dubai and the Netherlands. Using the effort to educate the public to the possibilities of the new plant-based building technology and to spur greater innovation in 3D printing of residential buildings. A small concrete house was 3D-printed in 2017.

The Building on Demand (BOD), the first 3D printed house in Europe, is a project led by CO-BOD International (formerly known as 3DPrinthuset, now its sister company) for a small 3D printed office hotel in Copenhagen, Nordhavn area. The building is also the first 3D printed permanent building, with all permits in place and fully approved by the authorities. As of 2018, the building stands fully completed and furbished.

This is the 3D printed house of China.

This is 3D printed house of Europe.

3D PRINTED HOUSES

The pictures below shows the structure of 3D printer house. In this way it work layers by layers. Moreover, till now these printers just printed single story houses.

This concept clear a bit of query, "How these printers work?"

 

Survey Respond about 3D Printing

Most of the answers tell us that people like 3D printing and soon it will be very common in industry. 

PRESENTATION PREPARATION

In this class, our teacher divided into groups of 3. I was with Alina and Abdul. So, we was grouped randomly to present our preparation of presentation. However, no one way ready at that time because, Alina and Abdul had their presentations in last week. But mine was before last week, so I break the ice and started to speak. I explain about my main idea and talk about how to manage my time. Then Alina show confidence and began. She told us about the concept of her presentation topic and also she talk about time management. Now, that was Abdul's turn, he had his topic but he was not confirmed about his main topic. So, he discuss rather than present. but he talk about his research and said that he going to decide soon about his topic.

Natalia gave us feedback on it as well. 

3D PRINTED DRESSES

INTRODUCTION OF CASE STUDY

An Israeli fashion designer proved that, “forget shopping, soon we will be able to download our clothes” (Peleg, 2015). Danit Peleg born in 1988 in Israel. Danit Peleg is a fashion designer based in Tel-Aviv which created the first commercially available, 3D-printed clothing. Peleg studied Fashion Design at the Shenkar College of Engineering and Design. Her dissertation researched the possibility of 3D-printing clothes. In 2014, she designed her first 3D-printed jacket, the Liberate, after a lot of experimentation with different materials and setups. After this initial success, she created more designs to create a complete collection. After graduating in 2015, she started her own studio, via which she provides custom, 3D-printed designs for clients. In 2016, she designed a 3D-printed dress for Amy Purdy, who wore this dress during a dance performance during the opening ceremony of the Paralympics of 2016. In 2017, a limited edition-set of 100 Bomber jackets were created. For $1500 apiece, clients could get their own customized jacket printed. Peleg organized a three-day work shop on 3D-printed fashion in 2018, where 15 students from all over the world could learn about her design process. That year she was also recognized as one of Europe's 50 most influential woman in tech by Forbes.

CASE STUDY

In this class, Natalie introduce us about Case study. She told us that, we need to select a topic and prepare our case study. After that she gave us some time to research about our topics, then she divided us into groups of 3. This time I was with Adaku and Alina. Adaku starts the conversation and told us about her research, she had a lot of research, me was a bit shocked that she completed her plan in no time. Well Done Adaku!
Now, Alina told us about her topic and she also had some research on voice recognition. She said that, she did some research and she have a few good examples to add. Between this conversation Terez join us and she showed us her case study, that was a sample of case study which was well written and almost a perfect example. She also offer that if anyone want this I can send, then she leave.
Then I started to speak, I had no idea about, How to write a Case Study, So, I told them it's my first time. Then Adaku explain me about the concept of this report study. Moreover, I already had research on my essay, So, I managed to speak about my Case Study.
 

EXTRATERRESTRIAL PRINTED STRUCTURES

The printing of buildings has been proposed as a particularly useful technology for constructing off-Earth habitats, such as habitats on the Moon or Mars. As of 2013, the European Space Agency was working with London-based Foster + Partners to examine the potential of printing lunar bases using regular 3D printing technology. The architectural firm proposed a building-construction 3D-printer technology in January 2013 that would use lunar regolith raw materials to produce lunar building structures while using enclosed inflatable habitats for housing the human occupants inside the hardshell printed lunar structures. Overall, these habitats would require only ten percent of the structure mass to be transported from Earth, while using local lunar materials for the other 90 percent of the structure mass.

The dome-shaped structures would be a weight-bearing catenary form, with structural support provided by a closed-cell structure, reminiscent of bird bones. In this conception, "printed" lunar soil will provide both "radiation and temperature insulation" for the Lunar occupants. The building technology mixes lunar material with magnesium oxide which will turn the "moon stuff into a pulp that can be sprayed to form the block" when a binding salt is applied that "converts [this] material into a stone-like solid." A type of sulfur concrete is also envisioned.

Tests of 3D printing of an architectural structure with simulated lunar material have been completed, using a large vacuum chamber in a terrestrial lab. The technique involves injecting the binding liquid under the surface of the regolith with a 3D printer nozzle, which in tests trapped 2 millimeters (0.079 in)-scale droplets under the surface via capillary forces. The printer used was the D-Shape.

A variety of lunar infrastructure elements have been conceived for 3D structural printing, including landing pads, blast protection walls, roads, hangars and fuel storage. In early 2014, NASA funded a small study at the University of Southern California to further development.

the Contour Crafting 3D printing technique. Potential applications of this technology include constructing lunar structures of a material that could consist of up to 90-percent lunar material with only ten percent of the material requiring transport from Earth.

NASA is also looking at a different technique that would involve the sintering of lunar dust using low-power (1500 watt) microwave energy. The lunar material would be bound by heating to 1,200 to 1,500 °C (2,190 to 2,730 °F), somewhat below the melting point, in order to fuse the nonparticipant dust into a solid block that is ceramic-like, and would not require the transport of a binder material from Earth as required by the Foster+Partners, Contour Crafting, and D-shape approaches to extraterrestrial building printing. One specific proposed plan for building a lunar base using this technique would be called Sinter Hab, and would utilize the JPL six-legged ATHLETE robot to autonomously or telerobotically build lunar structures.

3D PRINTED BRIDGE

In Spain, the first pedestrian bridge printed in 3D in the world (3D BRIDGE) was inaugurated 14th of December of 2016 in the urban park of Castilla-La Mancha in Alcobendas, Madrid. The 3D BUILD technology used was developed by ACCIONA, who was in charge of the structural design, material development and manufacturing of 3D printed elements. The bridge has a total length of 12 meters and a width of 1.75 meters and is printed in micro-reinforced concrete. Architectural design was done by Institute of Advanced Architecture of Catalonia (IAAC).

The 3D printer used to build the footbridge was manufactured by D-Shape. The 3D printed bridge reflects the complexities of nature’s forms and was developed through parametric design and computational design, which allows to optimize the distribution of materials and allows to maximize the structural performance, being able to dispose the material only where it is needed, with total freedom of forms. The 3D printed footbridge of Alcobendas represented a milestone for the construction sector at international level, as large scale 3D printing technology has been applied in this project for the first time in the field of civil engineering in a public space.

PROJECT PLANNING UPDATED

The Major Project Planning chart,

Commandment of Computer Ethics

The Commandments of computer ethics have been defined by the Computer Ethics Institute.

“Thou shalt not use a computer to harm other people: If it is unethical to harm people by making a bomb, for example, it is equally bad to write a program that handles the timing of the bomb. Or, to put it more simply, if it is bad to steal and destroy other people’s books and notebooks, it is equally bad to access and destroy their files.” (Techterms.com, 2017)

This is the first commandment of computer ethics, that said a person do not have any right to harm someone. As my research topic is 3D printing which create physical material, moreover it will be illegal to create anything which can harm others.

Essay Introduction

The concept of 3D printing dates to the early 1980s, when inventor Chuck Hull created a 3D cross-sectional pattern of an object. Hull was known as the father of 3D printing (The Guardian,2014). 3D printing is a part of additive manufacturing. The object will be created by adding material layer by layer. 3D printers are available in the market and in the process including, homes, schools, and business. A famous fashion designer Peleg (2015) makes clear that “Forget shopping, soon we will be able to download our clothes”. These printers are used for printing such as toys, tools, and 3D food intricate treats. This essay will discuss the usage of 3D printers in a different field of life such as Architecture and Medical Science.

PLANNING FOR THE MAJOR PROJECT TABLE

RESEARCH TOPIC

As I changed my research topic to 3D Printing. I did some research about this terminology. It is very interesting to know that every field of life use this technology including, business, school projects, architecture technology and medical science.

In addition to add an example, MarkerBot Replicator 2. It is the cheapest 3D printer in market. Firstly, 3D printer needs a blue image which can be edit by some websites such as Thingiverse, Shapeways. Secondly, send that image to the printer. Finally, the printing will start.

MarkerBot Replicator 2 have a removable bioplastic spool in the backside of the device look a lot like a string. When it receives the data, it pull the material through a tube, melts it and deposits it to the plate then repeat it layers by layers, where it instantly cools. Most Common material used in 3D printing is “Plastic”. It can also use other material to create different objects such as, toys, tools and food intricate treats.

 REFERENCE: 

https://www.google.co.uk/search?client=opera&biw=1240&bih=579&tbm=isch&sa=1&ei=uEBGXPfMKe2j1fAPrOCpmAE&q=makerbot+replicator+2+hd+photos&oq=makerbot+replicator+2+hd+photos&gs_l=img.3...75490.80313..80562...0.0..0.86.977.16......1....1..gws-wiz-img.......35i39j0i24j0j0i30.s1993lrFxa4#imgrc=WN1G1X5Fx1OmHM:

Discussion

It was a discussion among 3 people. Each of the person need to explore their thoughts and research idea. Author, Terez and Me we all were not sure about the topics. However, we tried to do our best.

Firstly, Author start the conversation he talked about his main course, which will be Computer Gaming. Moreover, he told us about his idea which related to gaming.

Secondly, I talked about my major course. Basically, Terez and I have same major in Computer Science.

I was first planed about the house security but, later I just changed my mind to 3D Printing.

After that Terez enclose her thought about her research topic, which was privacy (cyber security).

To sum up, we shared our ideas and successfully end up the discussion. Hopefully we will implement on our ideas.    

Reflection on Software Skills

I have a good background of Computer Science. Back in School I learned about Microsoft Office including, PowerPoint, Excel. In my college I discover the C and C++ language. I used this language and did programming. In the Beginning of DMUIC zero year (1st term), I had a Course named as E-Commerce. In that module I learned, how to create a website and maintain an e-shop by using the Ms Excel. Moreover, in the same term I use word for my homework for other module named as Intro to DMU. I also use power point slides for the presentation. Nevertheless, I need to learn more about Study Skills and Research just to improve myself. Because I want to become an IT Professional.
I am very hopeful that I will successfully develop a number of new skills by the end of this term.

Welcome Post

Hello Everyone,

My name is Shehzal Imran. I'm 19 years old. I'm from Pakistan. I have an I.Cs degree from my previous school. I came to United Kingdom to get a degree then go back to my Country and serve. I choice Computer Science because of some reasons including, my background is all about Cs, we are living in a digital world (computerised system) and later on it will be on its peak and it is very helpful for my career and country. At the moment I'm in Leicester and doing Computer science at DeMontfort University.