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3D printing thesis statement
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.
- Department of Electronic and Electrical 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.
- 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.
- Advisor / supervisor
- Jackson, Joseph
- Windmill, James
- Resource Type
- Doctoral thesis
- DOI
- 10.48730/dgt8-e495
- Date Created
- 2018
- Former identifier
- 9912691290502996
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A model (left) was digitally acquired by using a 3D scanner, the scanned data processed using MeshLab, and the resulting 3D model used by a rapid prototyping machine to create a resin replica (right)
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3D printing of resorbable calcium phosphate biomaterials for personalized bone tissue reconstruction - abstracts
3D printing of resorbable calcium phosphate biomaterials for personalized bone tissue reconstruction Abstracts
- The authors: Klimashina E.S., Evdokimov P.V., Tikhonov A.A., Orlov N.K., Tikhonova S.A., Garshev A.V., Filippov Ya.Yu., Safronova T.V., Putlyaev V.I.
- Collection: Collection of abstracts of reports that won in the correspondence round (with age restrictions).
Lomonosov 2.0. Anniversary Lomonosov Readings. Open competition of scientific papers in chemistry and materials sciences. April 15-16, 2019 - Abstracts
- The year of publishing: 2019
- Place of publication: Lomonosov Moscow State University Moscow
- First page: 58
- The last page: 58
- Annotation: The development and production of materials for bone tissue reconstruction is an indispensable attribute of the economy of a developed country.
In addition to the purely social aspect, the health of the population and, in particular, the transition to personalized medicine, high-tech healthcare and health-saving technologies, it provides an important component of national security - import substitution. The production of such innovative biomaterials with optimal architecture (in the form of a body with regular interconnected macropores) is inextricably linked with the use of additive technologies. This made it possible not only to endow the material with a specific macroporous architecture with high accuracy and high spatial resolution, to give such a structure any external (macroscopic) shape for the convenience of its adaptation to a specific bone defect, but also to develop the physicochemical basis for the production of such materials. The 3D-printed architecture with connected macropores should also increase the deformability of the composite. The main purpose of this architecture is to promote de novo ingrowth of bone into the material along with blood vessels, to ensure adhesion and proliferation of bone cells and their precursors on the surface of macropores.
For biomedical applications, it was necessary to conduct toxicological studies of the obtained material to determine its safety (cytotoxicity), to investigate osteoconductivity, bioresorbability, osteoinductivity when the prototype was introduced into a defect in the bone tissue of laboratory animals. As a result of a comprehensive study, recommendations were formulated for the clinical study of the use of this material in humans. Physical and chemical studies, assessment of the properties of materials were carried out with an emphasis on a personalized medical approach. The work was supported by project No. 17-79-20427 Russian Science Foundation. The results used in the work were obtained on equipment purchased at the expense of the Development Program of the Lomonosov Moscow State University until 2020. - Added to the system: Klimashina Elena Sergeevna
Attached files
No. | Name | Description | Filename | Size | Added |
|---|---|---|---|---|---|
| 1. | Full text | Lomonosov_2.0._tezisyi.pdf | 1.5 MB | May 10, 2019 [alenakovaleva] |
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printing, as well as conduct useful workshops on 3D modeling.
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16:00 Vyacheslav Nikonov, Internet marketing manager of the ASCON company, curator of the KOMPAS-3D Home computer-aided design system project
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