Dear Vitaly Paris;Amitai Cohen;Eli Gudin...,

American Journal of Physics and Applications (AJPA) is a peer-reviewed academic journal, which provides a solid platform for researchers, scholars and those who are interested in emerging trends and issues in physics and applications to spread ideas.

Having been greatly impressed by your paper titled "Study of flow stress and spall strength of additively manufactured Ti-6-4 alloy", we invite you to submit papers and join our Editorial Panel/Reviewer Team.

We have dedicated ourselves to making AJPA one of the world's leading journals. Prominent scholars are cordially invited to join the Editorial Board/Reviewer Team.

Do you have any idea of being an editorial board member or a reviewer?

If you want to know more about joining us, please click the link below: http://www.ajphys.org/joinus/r0BAx

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Over the past years, lots of scholars have submitted numerous articles to the journal. We would like to invite you to contribute other unpublished works of related fields to the journal. Latest research on the topic of this article will also be welcomed. With your contribution, scholars in your research area will benefit a lot in the process of academic research.

If you have any interest, please visit the following website:
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Your research is highly appreciated by the Editorial Board, the details of which are listed as follows:

Title of the article: Study of flow stress and spall strength of additively manufactured Ti-6-4 alloy

Abstract of the article: The use of additive manufacturing (AM) by Electron Beam Melting (EBM) or Selective Laser Melting (SLM) has extensively grown in the past few years. A major goal in AM is to manufacture materials with mechanical properties at least as good as traditionally manufactured materials. In this work we present the results of planar impact tests and Split Hopkinson Pressure Bar tests (SHPB) on Ti-6Al-4V manufactured by EBM and LSM techniques. Stress strain curves based on SHPB measurements at strain rate of about 1500 s^{-1 display similar plastic flow stresses for SLM and EBM processed Ti-6Al-4V alloys, and about 15% higher than reported for commercial Ti-6Al-4V alloy. Results of planar impact tests on SLM samples display slightly higher spall strength than EBM while the stress at Hugoniot elastic limit (HEL) is practically the same. Hugoniot elastic limit and spall strength estimates for EBM-and SLM-processed Ti-6Al-4V alloys are at least as high as values obtained for conventionally-processed alloys. The results of post mortem SEM analysis of the spall fracture have demonstrated significant differences in the spall fracture characteristics between the AM-processed and commercial Ti-6Al-4V alloys.}

Yours faithfully,

Editorial Office of American Journal of Physics and Applications