3D printing of ceramic components using a customized 3D ceramic printer

Owen, D. J. R.; Hickey, James L R; Cusson, Alexander; Ayeni, Oyedotun Isaac; Rhoades, Jeremiah; Deng, Yifan; Zhang, Yi; Wu, Linmin; Park, Hye-Yeong; Hawaldar, Nishant; Raikar, Piyush Pai; Jung, Yeon‐Gil; Zhang, Jing

doi:10.1007/s40964-018-0037-3

Cited by 42 publications

(15 citation statements)

References 14 publications

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“…Благодаря своему текучему состоянию перед схватыванием керамика может применяться практически любой геометрии и формы и очень подходит для создания будущих конструкций и сооружений. В работах [37][38] сказано, что керамические материалы полезны в стоматологии и аэрокосмической промышленности.…”

Section: материалы используемые для технологии 3d печатиunclassified

Перспективы Развития 3d-Печати

Наурзбаева¹

2023

Горение и Плазмохимия

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В данной статье рассмотрены основные процессы, материалы и их применения современной технологии аддитивного производства. Представлены основные виды материалов и их комбинации, используемые при 3D-печати. Показаны преимущества и недостатки разработанных технологии 3D-печати. Выявлены основные проблемы практического применения 3D-печати для энергетических материалов. Рассмотрены направления развития и совершенствования данной технологии.

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Section: материалы используемые для технологии 3d печатиunclassified

Перспективы Развития 3d-Печати

Наурзбаева¹

2023

Горение и Плазмохимия

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“…Since ceramics can now be 3D-printed (Goulas et al 2016;Costa et al 2017;Goodman 2017;Singh et al 2017;Ferrage et al 2018;Owen et al 2018) they should be considered as rock simulants since they have various mechanical properties that are closer to rocks than polymers. Up to the time of writing there have been no published investigations of the use of printed ceramic or natural rock materials in rock mechanics studies (Zhou and Zhu 2018).…”

Section: Studies Of Materials So Far Used In 3d Printing Of Rock Simumentioning

confidence: 99%

Review of the Validity of the Use of Artificial Specimens for Characterizing the Mechanical Properties of Rocks

2019

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The field of rock mechanics is concerned with the response of rocks to the forces acting on them, characterizing this behaviour in specific environments and under varying loading conditions. This review discusses the suitability of current mechanical testing methods for inhomogeneous rock bodies, with a specific focus on the use of artificial samples in place of real rocks in these tests. The use of artificial materials such as cement, resins, and sand-based mixtures is reviewed, as is the manufacture of three-dimensionally printed samples. The benefits and drawbacks of using such specimens in mechanical tests, and the validity of their simulation of real rock are discussed. There is evidence that 3D-printed samples have the advantage of overcoming the problems of specimen reproducibility and also make possible the ability to test the response of specific defects to loading. There is thus great potential for the use of 3D printing in this field. However, the review concludes that further post-processing and careful thought about the materials used must be carried out to ensure that printed samples are of adequate strength and brittleness to accurately simulate real rocks.

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“…As a result, continuous filament PLA with jute infused was derived out, and its properties were tested [32]. Owen et al [33] developed a printer to print the ceramic slurry with a modified printing head from the existing delta-type FDM machine. Kumar et al [46] optimized the process parameters involved in the preparation of kenaf fiber through the design of the experiment.…”

Section: Introductionmentioning

confidence: 99%

Investigations on the Mechanical Properties of Natural Fiber Granulated Composite Using Hybrid Additive Manufacturing: A Novel Approach

Anandkumar

Babu

Sathyamurthy

2021

Advances in Materials Science and Engineering

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In this work, experiments on mechanical properties such as tensile, flexural, effects, and stiffness testing are performed on natural fiber granulated composites (NFGC) manufactured using a hybrid additive manufacturing technique. The natural fiber granulated composites are prepared using the powdered form of sugarcane, jute, ramie, banana, pineapple fiber, and seashell powder with a volume fraction of 0.8. In the hybrid additive manufacturing technique, the fused deposited modeling (FDM) machine is modified by combining with the shape deposition modeling (SDM) to print the specimens layer by layer, and the influence of the number of layers on the mechanical properties is analyzed. The results concluded that increasing the number of layers from 6 to 12 improved the mechanical properties such as tensile strength, flexural strength, impact strength, and hardness values by 40.84, 50.04, 21.55, and 20.55%, respectively. Further, a novel technique can be utilized for developing the composites in replacement with conventional methods.

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3D printing of ceramic components using a customized 3D ceramic printer

Cited by 42 publications

References 14 publications

Перспективы Развития 3d-Печати

Перспективы Развития 3d-Печати

Review of the Validity of the Use of Artificial Specimens for Characterizing the Mechanical Properties of Rocks

Investigations on the Mechanical Properties of Natural Fiber Granulated Composite Using Hybrid Additive Manufacturing: A Novel Approach

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