Automated Onsite Construction: 3D Printing Technology

Nebrida, Jimmy Adora

doi:10.9734/jerr/2022/v23i117590

Cited by 5 publications

(3 citation statements)

References 9 publications

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“…Нормаль фасету має бути одиничним вектором, спрямованим назовні від суцільного об'єкта і в ASCII форматі, і в двійковій версіях STL формату. У більшості програм це може бути встановлено на (0,0,0), і програмне забезпечення автоматично обчислить нормаль на основі порядку вершин трикутника за допомогою «правила правої руки» [12,13].…”

Section: рис 1 тривимірна модель в форматі Stlunclassified

Analysis of STL Files as Input Data for Rapid Prototyping Systems

Husiev¹,

Nikiforova²

2022

БКТП

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Since layers are components of a three-dimensional structure, the very process of cutting layers can directly affect the surface finish and mechanical properties of the structure, which are the two main disadvantages of FDM. In this regard, the study of different slicing algorithms can deepen the understanding of problems and gaps in FDM, which will help improve the quality of 3D printed building objects. Cutting algorithms developed for FDM technology are divided into two main groups: planar and non-planar. Complex algorithmic calculations are required to enable the printer to deploy multi-axis plane and non-plane, which is a drawback of these advanced methods. The article discusses the basic principles of slicing and conditionally outlines the possible difficulties that arise during the implementation of FDM technology, and also describes in detail the structure of the STL format file in binary and ASCII (English American standard code for information interchange) formats. The general characteristics and limitations of the STL file format were studied. The description of methods of classic slicing of the model and the mechanisms of implementation of more specific tasks are given. Current challenges and promising solutions to the problem are presented.

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Section: рис 1 тривимірна модель в форматі Stlunclassified

Analysis of STL Files as Input Data for Rapid Prototyping Systems

Husiev¹,

Nikiforova²

2022

БКТП

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“…Specifically, AI supports operation of construction as in the case of 3D printing technology in automation of construction. The environment is greatly benefited by the novel construction technique known as 3D printing, which solves problems with efficiency, precision, speed, and reduces labour costs [5].…”

Section: Introductionmentioning

confidence: 99%

Artificial Intelligence Utilized in 3D Printing Construction Technology

Nebrida

Oliveros

2023

AJARR

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Artificial intelligence (AI) is increasingly being researched and developed for a wide range of societal applications in the USA, Europe, and even some Asian countries. This study aimed to determine the trend of artificial intelligence and 3D printing technology in construction. Results showed that a 3D digital model is necessary for all 3D printing processes, and the BIM artificial intelligence software enables automated 3D printing for construction projects. Using 3D printing technology boosts productivity and efficiency while lowering labor expenses and increasing accuracy. In addition, Artificial Intelligence (AI) application in 3D Construction Printing has ethical impacts on unemployment, humanity, security, and intellectual property. In addition, impacts on machines include AI bias, global regulations, and accelerated hacking.

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“…This includes some automated construction procedures. For instance, construction technology that uses 3D printing produces less environmental pollution and reduces waste on construction sites [12]. Achieving sustainable methods of construction remain an issue in the industry as noted by Ayarkw et.al.…”

Section: Introductionmentioning

confidence: 99%

Sustainable construction strategies for building construction projects in the Kingdom of Bahrain: a model

Nebrida

Gomba

2023

Sustainable Engineering and Innovation

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Sustainability is meeting the demands of the present without compromising the ability of future generations to meet their own needs. This study focused on the sustainable construction strategies used in the kingdom of Bahrain in terms of sustainable construction technologies and management strategy linked to the environment, and the significant relationship between the management strategy and construction technologies used for sustainable building construction. This study employed the descriptive-correlational method of research using a questionnaire in gathering data about the sustainable construction strategies used in Bahrain. The data gathered were analyzed using the weighted mean and Pearson’s correlation coefficient to determine the degree of correlation between construction technologies and management strategy. SPSS software was used in the calculation. Results showed that management strategy linked to the environment is often practiced in around 75% of all projects delivered while general sustainable construction methods, energy and material-based techniques, and waste-based techniques are sometimes utilized in around 50% of all the building projects delivered. In addition, the utilization of these sustainable construction technologies is the result of management strategy linked to the environment which the respondents rated it as often practiced for all projects that were delivered and implies that management strategy in protecting the environment in Bahrain is often practiced in construction for 75% across the projects. From the results of the study, a model of sustainable building construction in the kingdom of Bahrain was derived in order to achieve sustainable building construction which includes the management strategies needed by the different stakeholders like construction firms and government agencies to carry out the implementation of sustainable construction and sustainable construction techniques which may include waste management, insulating materials, building envelope with thermal properties, building management system, and efficient fixtures.

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Automated Onsite Construction: 3D Printing Technology

Cited by 5 publications

References 9 publications

Analysis of STL Files as Input Data for Rapid Prototyping Systems

Analysis of STL Files as Input Data for Rapid Prototyping Systems

Artificial Intelligence Utilized in 3D Printing Construction Technology

Sustainable construction strategies for building construction projects in the Kingdom of Bahrain: a model

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