The role of mechanical testing in additive manufacturing: review

Agarwal, Venkesh; Jawade, Samidha; Atre, Sagar; Kulkarni, Omkar

doi:10.21595/msea.2021.22258

Cited by 3 publications

(2 citation statements)

References 30 publications

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“…Stereo lithography (SL) is a liquid-based method of curing or hardening a photosensitive polymer in the presence of an ultraviolet laser. It begins with a CAD model and is transferred to an STL file [19]. A platform is built to support the overhanging structures and anchor the work.…”

Section: Stereo Lithographymentioning

confidence: 99%

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A Review on Additive Manufacturing Process

Avinash,

Althaf,

Varma Yadu

et al. 2024

Metallofiz. Noveishie Tekhnol.

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The new generation of manufacturing methods that extends over subtractive type is introduced by additive manufacturing. The benefit of additive manufacturing is that it directly uses 3D CAD models to create threedimensional objects by adding more layers of material and joining them together. It is commonly utilized in the motor sector, aerospace industry, biomedical applications, prototyping, fashion such as creation of custommade jewellery, accessories, and even clothing and many more. Additive manufacturing technology is extensively employed because of its numerous benefits, which include multimaterial goods, improved product ergonomics, on-demand manufacturing, short production runs, and so on. Various fabricating methods, which include rapid prototyping, stereolithography, electron-beam melting, fused-deposition modelling, 3D printing (3DP), selective laser sintering, etc. Understanding the complex relationships between fundamental process parameters, flaws, and the finished product of the AM process depends heavily on mechanical testing. Because of the growing use of additive manufacturing in a variety of industries, it is critical to evaluate the mechanical performance of the components created.

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Section: Stereo Lithographymentioning

confidence: 99%

“…Prototyping: rapid prototyping is one of the applications of additive manufacturing. It allows designers to quickly create and test product concepts, reducing the time and cost of the development process [19].…”

Section: Applicationsmentioning

confidence: 99%

A Review on Additive Manufacturing Process

Avinash,

Althaf,

Varma Yadu

et al. 2024

Metallofiz. Noveishie Tekhnol.

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Investigation on mechanical behaviour of inconel 718 manufactured through additive manufacturing

Kohale

Jawade

Kakandikar

2023

Int J Interact Des Manuf

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Deployment of RFID sensors in supply chain management – a review

Agarwal¹,

Ankolikar²

2022

J. mechatron., artif. intell., eng.

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Supply chain is a seamless network of activities and stakeholders involved in any business. It ensures a smooth flow of goods, products and services. In the modern global setting, supply chains have become more complex and inclusion of technology is providing great benefits. Robust technology is needed for identification, tracking and monitoring of the various goods and assets during the supply chain. One such emerging technology for this is RFID sensors. RFID is a popular wireless technology capable of collecting, storing and transmitting data and thus identifying, tracking and communicating. The two main components of RFID systems are tags and readers each of which perform a crucial and specific function. Tags are basically the memory, storing data received by the reader. Readers retrieve the data and transmit it to tags using an antenna. RFID technology has greatly replaced its counterpart and competitive technology- barcodes, in supply chains. It provides various benefits as compared to barcodes due to which it has got increased attention in various fields such as supply chains, healthcare, agriculture, food industry, manufacturing, libraries, security etc. Supply chain management deals with the flow of activities or processes included in any business, production activities. During this entire journey from raw material procurement to final dispatch a number of smaller supply chains are included each of which are critical. RFID technology has been largely deployed in supply chain management in order to identify, track and store information. These RFID systems enable real time monitoring of the supply chain and gives an upper-hand as compared to barcodes. RFID systems are not only used for storing and retrieving product data but also to monitor and track the flow of the entire supply chain. In the case of cold chains, RFID systems are used for maintaining the environment needed for ensuring quality of food products. Various such applications of these sensors in supply chains have been identified and deployed, However, still this technology remains to be dormant to some extent in supply chain industry. This review paper is aimed at doing a thorough literature review of RFID technology, its deployment in the supply chain domain, and challenges faced.

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The role of mechanical testing in additive manufacturing: review

Cited by 3 publications

References 30 publications

A Review on Additive Manufacturing Process

A Review on Additive Manufacturing Process

Investigation on mechanical behaviour of inconel 718 manufactured through additive manufacturing

Deployment of RFID sensors in supply chain management – a review

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