GET THE APP

Analysis Of Permanent Magnetic Materials By Cold Sintering Process for 3D Printing Application | Abstract

The Open Access Journal of Science and Technology

Abstract

Google Scholar citation report
Citations : 409

The Open Access Journal of Science and Technology received 409 citations as per Google Scholar report

Indexed In
  • Genamics JournalSeek
  • Directory of Open Access Journals
  • Pollution Abstracts
  • Publons
  • International committee of medical journals editors (ICMJE)
  • Google Scholar
  • Chemical Abstract
cheapjerseysupplychina.com - cheapjerseysupplychina Resources and Information.

cheapjerseysupplychina.com

This domain has expired. Is this your domain?
Renew Now!

Awards Nomination

Analysis Of Permanent Magnetic Materials By Cold Sintering Process for 3D Printing Application

Author(s): Pandi Divya

The development of 3D printing application magnetic materials will open doors to new applications in magnetic properties and will lead to significant opportunities. Metallic powder materials, such as Fe-based powder, Al-based powder and Ti-based powder, are mainly applied in high-temperature 3D printing. The techniques including Selective Laser Sintering(SLS), Selective Laser Melting(SLM). NdFeB is the organic-based composites The purpose of this paper is to densify the NdFeB bulk by Cold Sintering Process in a hydrothermal environment. Unlike the high temperature sintering method, it can reduce the cost and increase the production speed to solve the traditional manufacturing limitations. The sintered sample will be further analyzed by means of microwave annealing to improve sample characteristics. Finally, will applied to 3D printing technology. This research focuses on the concept of the low-temperature sintering process to the NdFeB materials by its characteristics analysis. First analyzing the two types NdFeB powders MQP-S11-9 and MQU-F and then finding suitable additives

Share this article