In recent years, 3D printing technology has become increasingly popular. The main reason for this can consider as their ability to be manipulated and modeling a quick model for any product and the ability to optimize physical and mechanical properties for specific applications. The rising pattern in the architecture design field today had a craving for multifaceted nature, both functional and geometry, cross the interest with individualized customization. Clay is one of the earliest known materials used in construction, which presented the most widely used building material on the planet. While our ancestors have performed the tasks of mixing water with dust to make clay, then shaping it into bricks, bricks into buildings, and buildings into cities for more than ten thousand years. Emerging of 3D printing technology has disrupted handcraft and bring back the idea of transforming the small into the large. As we are facing severe environmental problems, construction waste is one of the largest waste sectors worldwide. Building materials such as cement are one of the main contributors to greenhouse gas emissions. It is time to think about our future building materials and our new way of construction, such as think how to reuse those local materials that we abandon for such a long time. It might be the time to rediscover them, develop them, and redefine them, reshape them and bring them back to our lives Which has a high status in architecture history. This study investigates customized 3D clay brick as a new building material (building component). Using materials that are eco-friendly locally available, inexpensive, and driven from recycled sources or waste streams, which gives us the opportunity of making our houses with the most sustainable and green material in a beautiful way. Several experiments conducted during the study for an understanding of the effects of different fiber material mix with clay, which helps the 3D clay brick increase its compression strength, finding out which type of fibers and which size has a most effective influence on its compression strength. Furthermore, the water absorption of new 3D printed brick also weighed. In the design phase, it is using this type of fiber-reinforced brick design, a load-bearing wall, and a housing project in Nigeria. Advancement in clay 3D printing technology is helping manufacturers and researchers change clay into one of the best forms to suit contemporary design adding aesthetics and functionality.
Negli ultimi anni, la tecnologia di stampa 3D è diventata sempre più popolare. Il motivo principale di ciò può essere la capacità di manipolazione e la modellazione di un modello rapido per qualsiasi prodotto e la capacità di ottimizzare le proprietà fisiche e meccaniche per applicazioni specifiche. Il modello crescente nel campo del design dell'architettura ha avuto oggi una brama di natura poliedrica, sia funzionale che geometrica, che incrocia l'interesse con una personalizzazione personalizzata. L'argilla è uno dei primi materiali conosciuti utilizzati nella costruzione, che ha presentato il materiale da costruzione più utilizzato al mondo. Mentre i nostri antenati hanno svolto il compito di mescolare l'acqua con la polvere per produrre argilla, quindi modellandola in mattoni, mattoni in edifici e edifici in città per più di diecimila anni. L'emergere della tecnologia di stampa 3D ha interrotto l'artigianato e riportato l'idea di trasformare il piccolo in grande. Poiché stiamo affrontando gravi problemi ambientali, i rifiuti di costruzione sono uno dei più grandi settori di rifiuti in tutto il mondo. Materiali da costruzione come il cemento sono uno dei principali contribuenti alle emissioni di gas serra. È tempo di pensare ai nostri futuri materiali da costruzione e al nostro nuovo modo di costruire, come pensare a come riutilizzare quei materiali locali che abbandoniamo da così tanto tempo. Potrebbe essere il momento di riscoprirli, svilupparli e ridefinirli, rimodellarli e riportarli alla nostra vita che ha un alto status nella storia dell'architettura. Questo studio indaga il mattone di argilla 3D personalizzato come nuovo materiale da costruzione (componente di costruzione). Utilizzando materiali eco-compatibili disponibili localmente, economici e guidati da fonti riciclate o flussi di rifiuti, ciò ci dà l'opportunità di realizzare le nostre case con il materiale più sostenibile e verde in modo bello. Diversi esperimenti condotti durante lo studio per comprendere gli effetti di diversi materiali in fibra si mescolano con l'argilla, che aiuta il mattone di argilla 3D ad aumentare la sua resistenza alla compressione, scoprendo quale tipo di fibre e quali dimensioni hanno un'influenza più efficace sulla sua resistenza alla compressione. Inoltre, pesava anche l'assorbimento d'acqua del nuovo mattone stampato in 3D. In fase di progettazione, utilizza questo tipo di design in mattoni rinforzati con fibre, una parete portante e un progetto abitativo in Nigeria. Il progresso nella tecnologia di stampa 3D dell'argilla sta aiutando produttori e ricercatori a trasformare l'argilla in una delle forme migliori per adattarsi al design contemporaneo aggiungendo estetica e funzionalità.
Organic brick. 3D printed bricks as building component
ERKEN, AIKEBAIER
2019/2020
Abstract
In recent years, 3D printing technology has become increasingly popular. The main reason for this can consider as their ability to be manipulated and modeling a quick model for any product and the ability to optimize physical and mechanical properties for specific applications. The rising pattern in the architecture design field today had a craving for multifaceted nature, both functional and geometry, cross the interest with individualized customization. Clay is one of the earliest known materials used in construction, which presented the most widely used building material on the planet. While our ancestors have performed the tasks of mixing water with dust to make clay, then shaping it into bricks, bricks into buildings, and buildings into cities for more than ten thousand years. Emerging of 3D printing technology has disrupted handcraft and bring back the idea of transforming the small into the large. As we are facing severe environmental problems, construction waste is one of the largest waste sectors worldwide. Building materials such as cement are one of the main contributors to greenhouse gas emissions. It is time to think about our future building materials and our new way of construction, such as think how to reuse those local materials that we abandon for such a long time. It might be the time to rediscover them, develop them, and redefine them, reshape them and bring them back to our lives Which has a high status in architecture history. This study investigates customized 3D clay brick as a new building material (building component). Using materials that are eco-friendly locally available, inexpensive, and driven from recycled sources or waste streams, which gives us the opportunity of making our houses with the most sustainable and green material in a beautiful way. Several experiments conducted during the study for an understanding of the effects of different fiber material mix with clay, which helps the 3D clay brick increase its compression strength, finding out which type of fibers and which size has a most effective influence on its compression strength. Furthermore, the water absorption of new 3D printed brick also weighed. In the design phase, it is using this type of fiber-reinforced brick design, a load-bearing wall, and a housing project in Nigeria. Advancement in clay 3D printing technology is helping manufacturers and researchers change clay into one of the best forms to suit contemporary design adding aesthetics and functionality.| File | Dimensione | Formato | |
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ORGANIC BRICK.pdf
Open Access dal 10/12/2020
Descrizione: Thesis booklet
Dimensione
37.38 MB
Formato
Adobe PDF
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37.38 MB | Adobe PDF | Visualizza/Apri |
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https://hdl.handle.net/10589/151459