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Thesis statement for 3d printing


Thesis | 3D-printing technology applied to the development of bio-inspired functional acoustic systems | ID: b5644r65x

Thesis

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Creator
  • Domingo-Roca, Roger.
Rights statement
  • Strathclyde Thesis Copyright
Awarding institution
  • University of Strathclyde
Date of award
  • 2018
Thesis identifier
  • T15112
Person Identifier (Local)
  • 201467896
Qualification Level
  • Doctoral (Postgraduate)
Qualification Name
  • Doctor of Philosophy (PhD)
Department, School or Faculty
  • Department of Electronic and Electrical Engineering.
  • Centre for Ultrasonic Engineering.
Abstract
  • Examples of bio-inspired technology can be found almost everywhere in society: robots with specific capabilities, materials with unique physical and chemical properties, aerodynamic systems, and architectonic structures are a few examples of taking profit of evolution-driven processes to solve common engineering problems. One field of research taking advantage of bio-inspiration is that of acoustical engineering, aiming to find solutions to problems arising from the miniaturisation of microphones and loudspeakers. Studying the auditory organs of insects to seek inspiration for new design structures is one of the best ways to solve such an important problem. Another discipline of science that has experienced a research boom is that of materials science, as development of new materials has attracted the attention of researchers. In addition, three-dimensional (3D) printers have contributed to further development in materials science making the production process more efficient. The aim of this research is to bring these fields of science together to develop novel bioinspired, polymer-based sensors presenting functional specific acoustic properties after 3D-printing. While the study of complex biological hearing systems provides inspiration to develop sensors featuring specific properties, the use of polymer-based materials allows the customization of the manufacturing process, as the produced parts adapt to the desired needs. In this thesis one such insect auditory system that has been thoroughly studied is that of the desert locust Schistocerca gregaria as it presents a simple structure that allows for acoustic frequency selectivity and displays nonlinear acoustic phenomena. Prior to the development of a bio-inspired system, a mathematical description of the mechanical response of such a structure is presented. Furthermore, the physical behaviours measured on the locust tympanal membrane have been studied using finite element analysis. The 3D-printed functional sensors have been used to determine the degree of accuracy between experimental and theoretical results.
Advisor / supervisor
  • Jackson, Joseph
  • Windmill, James
Resource Type
  • Doctoral thesis
DOI
  • 10.48730/dgt8-e495
Date Created
  • 2018
Former identifier
  • 9912691290502996

51 3D Printing Topic Ideas to Write about & Essay Samples

Table of Contents

  1. 🏆 Best 3D Printing Topic Ideas & Essay Examples
  2. ⭐ Most Interesting 3D Printing Topics to Write about
  3. 💡 Good Essay Topics on 3D Printings
  4. 💯 Free 3D Printing Essay Topic Generator

🏆 Best 3D Printing Topic Ideas & Essay Examples

  1. Process Description: 3D Printing

    The material is the string-like strand of plastic coiled in the back of the printer. In turn, the movement of the print head is directed by the 3D file sent to the printer.

  2. 3D Printing Industry and Market

    One can understand the industry of 3D technologies in terms of the software technology, the hardware and the nature of the products.

  3. 3D Printing Industry in the UK

    Moreover, this research related the background of Makism 3D Corporation and the future of the 3D industry in the United Kingdom.

  4. 3D Printing as Third Industrial Revolution

    Another significant advantage of 3D printing is that it leads to increased efficiency as nearly all raw material can be utilized in the manufacturing process.

  5. 3D Bioprinting of Physical Organs

    This sort of technology can be compared to the current prostatic usage and it has proven to be extremely beneficial for people.

  6. Technology and Business: 3D Printer Impact

    This paper outlines the technology used for a Form 1 3D printer, as well as the impact this technology has had on business over the past ten years, the future of technology and business, the […]

  7. 3D Printer Elements and Features

    The objects that can be created with this printer should be at least 5x5x5 inches. These are some of the details that should be considered by the seller.

  8. 3D Printing: Pros and Cons

    The authors compare the quick advancement and loss in the price of 3D printers with the rise of the personal computers.

  9. 3D Heart Printing and Its Future

    Lee and Dai attributed the probability of the success of 3D technology to the materials used since they support the cellular components during and after bioprinting procedures.

  10. 3D Printing Technology in Medicine

    Notably, doctors need to learn how to use the printer in developing organs for patients in need of them. Employees need to be trained on how to use it at the workplace.

  11. 3D Printed Food and Utensils Safety

    The former is typically implemented in the production of simple foods and components, whereas the latter is used in combined culinary, with the implementation of both natural and printed ingredients.

⭐ Most Interesting 3D Printing Topics to Write about

  1. 3D Bioprinting of Brown Adipose Tissue
  2. Additive Manufacturing: 3D Printing and the Future of Organizational Design
  3. Charting the Environmental Dimensions of Additive Manufacturing and 3D Printing
  4. 3D Printing and the Future of Nursing Education
  5. Current Applications and Future Perspectives of the Use of 3D Printing
  6. Additive Manufacturing Technologies: Rapid Prototyping to Direct Digital Manufacturing
  7. 3D Printing and Its Effects on the World of Manufacturing
  8. Innovation Ecosystems Across Science, Technology, and Business: 3D Printing in China
  9. Financial and Funding Plan for a Biotech 3D Printing Company
  10. 3D Printing Food: Fiction or Reality?
  11. History, Future, and Applications of 3D Printing
  12. Limitations and Common Issues With 3D Printing
  13. Making Rare Materials Hands-On: 3D Printing a Possibility for Rare Materials
  14. Moral and Ethical Implications of 3D Printing Technology
  15. Nanoparticle Exposure During Processes Related to a Metal Object 3D Printing
  16. New Industrial Platforms and Radical Technology Foresight: 3D Printing in Europe
  17. 3D Printing Materials: Status, Opportunities, Market Forecasts
  18. Professional Skills for Information Technology for 3D Printing
  19. Reviewing Gun Control and 3D Printing in America
  20. Strategic Marketing Recommendation for the Launch of a 3D Printing Machine

💡 Good Essay Topics on 3D Printing

  1. Successful Business Models for 3D Printing Companies
  2. The Challenges and Boundaries of 3D Printing
  3. Overview of the Current Medical Uses of 3D Printing
  4. The Development and Challenge of 3D Printing
  5. The Different Areas and Applications of 3D Printing
  6. The Relationship Between Medical and Dental Industry and 3D Printing
  7. Biomimetic Scaffolds for Tissue Engineering: 3D Printing Techniques in Regenerative Medicine
  8. Tripolyphosphate-Crosslinked Chitosan & Gelatin Biocomposite Ink for 3D Printing of Uniaxial Scaffolds
  9. Understanding the Main Uses of 3D Printing
  10. The Potential Uses of 3D Printing Technology in the Modern World
  11. The Positive Impact of 3D Printing on Our Health and the Environment
  12. Why 3D Printing Service Bureaus Need to Be Automated
  13. The Effect of Three-Dimensional Printing on Prosthetic Limbs
  14. 3D Printing: Yesterday, Today, and Tomorrow
  15. The Link Between 3D Printing and Bioprinting Revolutionizing Healthcare
  16. 3D Printing Usage to Boost Competitive Advantage of American Manufacturing
  17. Technology and Ecology: Inventions With 3D Printer That Will Surprise You
  18. Development of Direct Metal Laser Sintering Machine
  19. 3D Printing and Its Effects on the Economy
  20. Digital Printing and Its Impact on the 3D Printing Future Growth

💯 Free 3D Printing Essay Topic Generator

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Applications of 3D printing technologies, applications of 3D printers, cases

Applications of 3D printing technologies, applications of 3D printers, cases | project news 3DPulse.Ru

3d pulse.ru

Our new report "Construction 3D printing in Russia" has been published

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Vladimir Viktorovich Molodin (SIBSTRIN): "The idea [of printing with polystyrene concrete] appeared three years ago, and it took 30 years to get there." nine0005

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3D printing events

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nine0000 3DPrintshow exhibition in London / Habr

In my first publication on Habré, I decided to tell in detail about what is happening in the world of 3D printing business. And the best reason for that is the 3DPrintshow in London this weekend, in fact the biggest event in our industry focused on the consumer side of the 3D printing business.

Let me introduce myself: my name is Konstantin, I am the co-founder and CEO of 3DPrintus. My interest in the exhibition is due to the fact that in the Russian market we are developing B2B and B2C directions for the provision of industrial 3D printing services, as well as a product marketplace and a community of designers. nine0005

Likbez

To begin with, when developing a business in Russia, you always have to look to Europe and the USA, because our partners there are a few steps ahead of us and our task now is to accelerate the development of 3D printing in Russia and the CIS. Therefore, the efforts of each new company in our market is a big plus for the industry as a whole.

So, the most important thing you should know about the development of 3D printing in the world:
1. 3D printer for every home.

The technology has been around for over 30 years. The hysteria in the media about the “third industrial revolution” and the thesis that “now it will be possible to print iPhones and TVs at home” are somewhat premature, to say the least.

2. Market

It is necessary to separate the market and business for the production of 3D printers from the market for the provision of 3D printing services. The volumes of the markets are completely different, as are the companies on them.

3. Technology

It is important to consider separately the market and technologies of "home" 3D printing and industrial. Industrial appeared much earlier and includes such technologies as SLA, SLS, MJM, PolyJet, 3DP, SLM, FDM. The main technology for home 3D printing is FDM. Also, printers based on SLA and SLS technologies entered the market of “home” devices, which gives a certain qualitative leap forward. nine0005

4. Restrictions

Initially and until now, 3D printing is about the production of a limited number of products, goods, prototypes, etc. Technology certainly will not make the cost of producing a unit of a product cheaper than in mass production. But technology makes it very cheap to start production of any product, when you either a) make the first prototypes, b) test the demand in the market.

5. Application

  • Prototyping
  • Small batch production
  • Prototyping
  • Architectural prototyping
  • Jewelry production
  • Medical implants and prostheses
  • Robotics
  • Hardware startups
  • Individual decor, accessories, jewelry, art, fashion
  • DIY
6. Stage of development

If we objectively look at the current stage of development of the market and technologies, then I will draw the following conclusion:
At the moment, 3D printing is used as an effective means of prototyping and small-scale production. Also, technology is increasingly being used to solve business problems from various fields. The enterprise market welcomes technology and uses it in its work. nine0005

Undoubtedly, technologies are beginning to influence medicine in the most positive way, they are used in surgical operations.

And finally, technology is reaching our homes and hands: designers around the world are using 3D printing technologies to make various final products, from plastics and metals. And in this area, in the near future, the business of such items made of steel and precious metals will most actively develop, since they are the most understandable for consumers. nine0005

However, it will take more than one year for this market to become massively demanded by consumers around the world.

The result for today is:

80% of applications are prototypes, small series, prototypes, medical prostheses and implants, architectural models and jewelry, 20% are consumer goods.

Exhibition

Let's go back to the exhibition. The 3DPrintshow event itself is not taking place for the first time. Last year, in the same London, where the development of 3D printing is progressing by leaps and bounds, I was also at the show, the report can be read here. nine0005

3DPrintshow goes on for three days, each of which has its own theme. This year the themes of the days were as follows:

  • Business Day
  • Design Day
  • Public Day

The days differ in the composition of the lectures, which take place on 4 stages in parallel, all days. All lectures are led by designers, business owners, 3D printing evangelists, community managers and other interesting people. Each lecture lasts about half an hour + half an hour for questions from the audience. In 3 days there is every chance to get a good injection of useful information and insights. nine0005

This year's exposition itself consisted of the most interesting and promising companies in Europe and the USA and was conditionally divided into two parts - printer manufacturers and services / start-ups providing services. Very convenient to navigate inside.

Also this year there was a private balcony with art objects and clothes created by designers using all available 3D printing technologies. In fact, it is a reflection of the level of technology development. Yes, it should be noted that almost each of them has a very high cost. nine0005


Full -color printing from a gypsopolymer


Strong and flexible plastic (polyamide) with painting


detailed plastic (photopolymer)


inserts from durable and flexible plastic (political plastic) 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 Detailed translucent plastic (photopolymer)


PLA


PLA


Strong and flexible plastic (polyamide)


detailed plastic (photopolymer) with painting


PLA-plate


PLA-plate 9000
Interesting companies 9010 what is called on the sidelines and in close communication with participants and business owners.
This is the only way to get truly objective information about the market situation and prospects, to exchange experiences and opinions. nine0005

A pleasant bonus for me was that I already knew most of these people through joint projects or at previous exhibitions in London and New York, so it was not difficult to get the most interesting information. I will share only the most interesting facts and forecasts.

Presumably, the most interesting event on the market was to be the launch of a new platform from the well-known and "favorite" company Autodesk.

For most non-professional users, the company has had good online 3D modeling products for several years now, such as 123Design, 123Catch, 123Sculpt, Tinkercad, etc. nine0005

However, the company decided to go further and launch its own open source platform and printer - Spark, which will have to open up a whole new market for apps, applications and add-ons for all enthusiasts and third-party developers.

The company announced this wonderful event a few months ago, but unfortunately, at the exhibition and during the lecture, they gave a minimum of information about the new project. They promised that in a couple of months this big event would still happen and the community of users of Autodesk systems would be able to start using its new brainchild. nine0005

Continuing the theme of software development in the field of 3D printing, I would like to note a wonderful company, our partner, Uformia and their product Uformit.

Colleagues, having gone through many years of development in the field of modeling and mathematical calculations, have created a product based on the principles of parametric design that allows you to set customization parameters for any three-dimensional objects created by designers. Their development is the Symvol plugin for Rhino.

At the same time, for end users and buyers, everything looks like an uncomplicated interface for ordering a personalized pendant, ring, mask and more from precious metals and high-quality plastics.

I would like to draw your attention to the fact that Uformit is doing an excellent job in the medical field. With the help of their software and 3D scanning, a medical corset was created, fitted and personalized for a specific patient.

I can't ignore the actively developing Formlabs project - a manufacturer of professional "home" printers based on SLA technology.

An excellent and affordable printer for designers who need the fastest yet accurate tool to test their ideas in practice.

The British company Digital Forming has focused its efforts on the development of an online system for designers, which makes it possible to make any model customizable. All the same basics, parametric design. nine0005

The next entrant is 3DPrintUK, a design and manufacturing company using the only SLS technology available to them.

I must say that the guys make very high-quality projects in terms of industrial design!

In addition to the external beauty of this solution, you can also notice an interesting engineering solution - a lightweight design. This is the design of the future!

Consumer market

Now let's move on to the story of the companies closest to me in the field of business - 3Dhubs, Shapeways, Sculpteo and i.Materialise. It is they who, in many ways, are the driving force behind the development of the consumer sphere of 3D printing in the world!

Developing our company in Russia, we communicate a lot with Western colleagues and exchange information about prospects and new opportunities.

The motto of the guys from 3Dhubs is local 3d printing. To date, they have created, perhaps, the widest and most accessible network of 3D printer owners in almost every city in the world. Through their website, anyone with a 3D model can have it printed directly from the owner of the printer, who may be in the house next door. And get it from him. nine0005

Very convenient and most importantly not expensive. 3Dhubs only charge 20% per transaction between the customer and the owner of the printer.

By the way, it must be said that 95% of network printers are home, hence the significant limitation on the quality and quantity of manufactured products.

In addition, just a week ago, the company received a new round of investments in the amount of $4.5 million to develop and expand the network. Serious funds and great prospects that investors see!

The Belgian company Materialise has long been known on the market. For most of its history, the company has been selling industrial printers and providing printing services to the aviation, automotive, military and medical industries.

However, an equally important direction for the company is the development of the i.Materialise project - a 3D printing service and a goods marketplace. The company allows designers to create their own stores and publish products for sale in them.

I note that i.materialise closely monitors the quality of published products and tries to weed out what, in their opinion, it will not be possible to sell. Although this is not officially regulated, but by the number of goods and communication with designers, such a conclusion can be drawn. nine0005

For the company, the main market and income is 3D printing services for large business customers and the sale of printers.

French startup Sculpteo is positioning itself as a cloud-based 3D printing system. And not easy. The company has developed a very powerful tool for working with 3D models online.

In fact, professional designers and engineers can easily prepare any 3D model right in their personal account on the website, without using desktop software: making the model hollow inside, checking the thickness of all walls, placing their entire order properly in the printer chamber and running it in work. nine0005

The team spent 4 years to reach the current level of their IT product. Now they are launching a second production near Paris, where about 15 industrial printers will be located.

Investors are looking very promisingly at the development trend of digital cloud production, providing access to the capacities of industrial 3D printers (read mini-factory) and investing in creating the infrastructure of the future.

And, finally, the favorites of the American (and not only) press - Shapeways startup. nine0005

Shapeways is first and foremost the largest marketplace for products created by an army of designers (about 30,000) of the community.

The main positioning of the company is to create a community and marketplace for entrepreneurial designers, with their own design shops and products. Mix of Etsy and Amazon. The company has been around for 7 years and has raised about $40+ million in investments. Two offices and production facilities in NY and the Netherlands.

More recently, the press was blown up by the information that Shapeways, together with the well-known toy manufacturer Hasbro, launched a project where every designer can create their own version of characters from the Ponyes series, publish it as part of a competition. Later, the company chose the winners, whose works went to mass production. And all the rest are available for order on the Shapeways website.

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