Simulation study to evaluate the use of fully 3D printed injection molds optimized by topology

Pereira, Petrucio Leal; Silva, Aline; Gonçalves, Luis Antônio; Beal, Valter Estevão

doi:10.26678/abcm.cobem2017.cob17-2730

Cited by 2 publications

(1 citation statement)

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“…Pereira et al [13] emphasizes that the glaze via different cases are evaluated together, leading conclusions are reached. In this context, it becomes important to revitalize the basic complex planning in design in a contemporary style while also developing it in parallel with the interests of the manufacturers.…”

Section: Developing Strategies Via Cases In Terms Of Potentials and N...mentioning

confidence: 98%

3D printing for the reinterpretation of architectural heritage: Proposal of a model

Çubuk

2024

Cultural Heritage and Science

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3D printing for the reinterpretation of architectural heritage stands out as one of the most efficient ways of using contemporary printing technologies in terms of architecture. The aim of the study is to present a comprehensive methodology on how to use 3D printing techniques for reinterpretation of architectural heritage. In this context, the scope of the study consists of pioneering information obtained from literature studies focusing on the details of the use of three-dimensional printing techniques in the promotion, preservation and remodeling of cultural heritage and architectural heritage components. The method of the study was determined as identifying leading themes through literature research and presenting a method proposal by grouping conceptually related themes. The unique value of the study is important in that the model to be created offers a potential to affect mass production tools, offices and local governments by incorporating contemporary architectural heritage products into a modeling process that can produce more innovative and faster solutions. The findings of the study show that the different techniques used can respond to different detail scales and different contextual challenges. Each modeling method and strategy creates different feedback mechanisms, mediating the recognition of the architectural heritage element by larger user groups or the more effective protection of the architectural heritage element. In the model presented as a result of the study, which mediates the gathering of the techniques used in different sample projects on a common working ground with a series of successive strategies, a comprehensive basis for which 3D printing solution will be used for which problem is presented and solution suggestions are offered for a case-oriented 3D printing strategy.

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Section: Developing Strategies Via Cases In Terms Of Potentials and N...mentioning

confidence: 98%

3D printing for the reinterpretation of architectural heritage: Proposal of a model

Çubuk

2024

Cultural Heritage and Science

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Additive manufacturing: expanding 3D printing horizon in industry 4.0

Prashar

Vasudev

Bhuddhi

2022

Int J Interact Des Manuf

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Additive Manufacturing (AM) technology enables the production of personalized goods at reduced development costs, shorter lead times, lower energy consumption during manufacturing, and decreased material waste. AM will be consolidated as a leading technology in numerous sectors in the near future due to the maturity of the technology, the wide range of possibilities afforded by 3D printing, and the institutional push. One of the most important aspects of Industry 4.0 is 3D printing. It may be used to fabricate complicated parts and allows companies to cut inventory, develop on-demand items, create smaller localized manufacturing conditions, and even shorten supply chains. AM is expected to increase rapidly in the future because of its above stated remarkable “performance record.“ According to a report published the AM market is predicted to produce US$2 trillion worth of components and end products by year 2030. Hence integration of smart technology and production systems or indirectly one can say that AM is promoting Industry 4.0 and it plays a pivotal role in solving some of the 4th industrial revolution’s most important needs. AM is a future paradigm for futuristic production systems, and Industry 4.0 will leverage its potential to reach essential goals. AM will be found now days in a variety of industrial applications including aerospace and health care to consumer goods. This review article discusses about brief AM technology, history, its industrial applications, challenges, and future prospective. Finally, case studies using AM has been considered.

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Simulation study to evaluate the use of fully 3D printed injection molds optimized by topology

Cited by 2 publications

References 0 publications

3D printing for the reinterpretation of architectural heritage: Proposal of a model

3D printing for the reinterpretation of architectural heritage: Proposal of a model

Additive manufacturing: expanding 3D printing horizon in industry 4.0

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