Abstract
3D printing is the most advance method of additive manufacturing. In this process, component is made by directly depositing one layer above another. 3D printing has unique ability to produce direct end product which can be directly used without any further process. It can print highly complex design product which are not possible through conventional method of manufacturing. Additive manufacturing has wide area of application like medical, heat transfer, mechanical and many more. Since last two decades, there is a drastic change in the research of additive manufacturing. Researcher are optimizing the different process parameters which make 3D printing more valuable and flexible so that it can fulfill the requirement of different areas of application. So it is necessary to understand the different process parameters and mechanism which are responsible for high quality 3D printing. Here in this paper a complete review of 3D printing is done.
Highlights
In order to compete in the current global business environment, it is necessary that the industrialization process has to be effective and efficient
In the 20th century, revolution for the industrialization process and product development is the main concerned. Because of this people are mainly focusing on Computer Aided Engineering (CAE), and Computer Aided Design (CAD)
With the help of 3D printing designer and engineer can test the feasibility of their ideas and identify the different process parameters on which the performance of end product mainly depends
Summary
In order to compete in the current global business environment, it is necessary that the industrialization process has to be effective and efficient. In the 20th century, revolution for the industrialization process and product development is the main concerned Because of this people are mainly focusing on Computer Aided Engineering (CAE), and Computer Aided Design (CAD). With the help of 3D printing designer and engineer can test the feasibility of their ideas and identify the different process parameters on which the performance of end product mainly depends. Li et al [8] they investigates the different design and process parameters of fused deposition modelling technique which is mainly used for low-melting metal alloy. Zhang et al [9] they investigate the printing quality and blockage inside the nozzle where color mixing is happening in fused deposition modelling (FDM) They used vibration test method to study the feed parameters of FDM process of 3DF printing. With the use of these methods or technologies, construction of building can get the revolution in construction sector
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