3D打印原理在基础设施行业的应用及其对行业演进的影响

Avinash Varma K, Kaushik S Chundury, Narendra Kumar B
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引用次数: 0

摘要

随着3D打印成为一项非常成熟的技术,它的使用范围似乎是无限的。3D打印现在已经超越了仅仅作为原型解决方案来观察的阶段。从简单的艺术品和玩具到准备住进建筑物和移植器官,这项技术可能会持续到我们的想象力消失。从汽车到消费品制造行业,各行各业的组织都在尝试观察3D打印为生产提供的优势。有了这样的认可,组织现在正试图找到将该技术纳入各自行业的方法,其应用程序可能从工具扩展到备用/替换部件,有时甚至扩展到成熟的最终用途产品。虽然3D打印看起来是那些计划简化原型技术的组织最令人兴奋的新常态,但它对非技术消费世界的前景也在迅速发展。建筑领域的增材制造可以被视为一种有助于实现基础设施行业完全自动化的选择。该方法在设计、可持续性和效率方面具有优势。这项工作涵盖了全面推进建筑技术的方法,并提出了研究潜力、挑战和未来的范围。3dcp在自动化方面的潜力推动了所有其他实践的发展,如排除表单工作,精确的设计执行,减少浪费和极低的时间消耗。本文简要介绍了将采用的实时状态和未来方法,并详细介绍了可持续性优于其他实践的范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Review on Application of 3D Printing Principles in Infrastructure Industry and its Impact on Evolution of the Industry
As 3D printing emerging to be a much-matured technology, its range of uses are now seemed to be infinite. 3D printing is now beyond the stage where it was only observed as a prototyping solution. From a simple artwork and playing toys to ready to live in buildings and also transplantable organs, the technology could potentially last until our imaginations die. From automobile to consumer goods manufacturing industries, organizations across various industries are trying to observe the advantages 3D printing has got to offer for production. With such acknowledgements, organizations are now trying to find their ways to incorporate this technology in their respective industries, whose applications could potentially extend from tooling to spare/replacement parts and sometimes till a full-fledged end-use ready product. While 3D printing looks like a most exciting new normal for organizations who are planning to streamline their prototyping technology, its prospects for the non-tech consumer world is also evolving rapidly. Additive Manufacturing in construction can be seen as an option that could contribute towards complete automation in the infrastructure industry. The method offers advantages in the aspects of design, sustainability and also efficiency. This work scopes for a comprehensive approach to advance the technology in construction and proposes research potentials, challenges, and future scope. The potential of 3dcp for automation advances all other practices in prospects like exclusion of form work, precise design execution, waste reduction and extremely low consumption of time. The real-time status and futuristic approaches to be adopted are briefed in the paper and also the scope for sustainability over other practices are detailed in the paper.
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