Date : 12/3/2020 10:48:25 PM
From : "Lily Green"
To : asafp@nrcn.gov.il
Subject : Dear Pesach, A.: Paper Submission Invitation from Scientific Journal - Texture analysis of additively manufactured Ti-6Al-4V using neutron ...



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International J. of Industrial and Manufacturing Systems Engineering
ISSN Online: 2575-3142ISSN Print: 2575-3150
International J. of Industrial and Manufacturing Systems Engineering is an open access, peer-reviewed and reputable scientific journal, dedicated to provide an academic exchange platform of high grade for the consultants, practitioners, professors, scholars and the ones interested in the present and rising problems in industrial and manufacturing systems engineering.
Dear Pesach, A.,
Greetings.
Your former published article "Texture analysis of additively manufactured Ti-6Al-4V using neutron diffraction" on Additive Manufacturing has inspired us profoundly, and you are warmly welcome to contribute other unpublished articles to our journal.
||Paper Submission Invitations||
The journal has published many excellent theoretically and empirically academic papers: Original Contributions, Case Studies, Review Papers, Articles of Professional Interests and Brief Communications. Submitted articles will be accepted if they are well written based on the basic requirements of our journal.
Kindly click the following website to see submission process: http://www.ijimse.org/submission/ijtjN
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This journal tries to contain the research results and developments, latest research and fundamental advances in all aspects of industrial and manufacturing systems engineering.
Suitable topics for publication include but not limit to:
  1. Green Resource Optimization
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  3. Work Measurement and Methods Engineering
  4. Productivity and Business Strategies
  1. Human Factors/Ergonomics in Design
  2. Computer Methods for Engineering
  3. Engineering Experimental Design
  4. Sustainable Engineering and Development
Your research has left us a deep impression and the abstract of which is listed below: This study presents a detailed characterization of room temperature bulk microstructure and texture of additively manufactured Ti-6Al-4V alloy samples with the neutron time-of-flight diffractometer HIPPO. A comparison is made between samples that were manufactured by two different methods utilizing selective laser melting and electron beam melting. Analysis of the orientation distribution function shows a dependency upon the particular fabrication technique used as well as on the location within the built body and orientation relative to the build direction. It is shown that the texture components strength in the hexagonal phase depends on the relative tilt angle between the build direction and that the overall texture of samples prepared with the electron beam method is weaker than those prepared with the selective laser melting. Such knowledge on the bulk microstructure allows to optimize additive manufacturing process parameters. ? 2018 Elsevier B.V.
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The Editorial Office of International J. of Industrial and Manufacturing Systems Engineering