Areas of interest to the journal include:
• Casting, forming and machining
• Additive processing and joining technologies
• The evolution of material properties under the specific conditions met in manufacturing processes
• Surface engineering when it relates specifically to a manufacturing process
• Design and behavior of equipment and tools
The core interest of the journal is the processing of metals, but we also cover other materials, where the article is focused on the influence of the process on the materials, and where there are not other more appropriate dedicated journals. For example ductile forming of polymers if of interest, but the influence of polymer composition on properties is well covered in dedicated polymer journals.
A typical article will examine the influence of process design, tool design, or process operating conditions on the properties of the material or the future performance of the equipment. Most articles combine appropriate quantitative analysis with well designed experiments. The sciences of materials, tribology and thermodynamics are well covered in other dedicated journals, so these topics are of interest to this journal only when applied specifically to give insight into the processing techniques used in manufacturing components. For example, processes for engineering surfaces are of interest, but the analysis of friction is well covered by specialised journals of wear or tribology.
The journal's Editorial Policy defines our basis for considering submissions. Typical published articles will contribute significant new transferable knowledge in the form of (a) an innovation or (b) a new insight into material processing in the form of a transferable qualitative or quantitative explanation of a difference between experimental measurements and the predictions of existing theory. 'Transferable' knowledge applies to materials or processing conditions broader than those tested within the article.
The Journal of Materials Processing Technology generally does not accept papers in the following areas:
• Simulation with no experimental verification and/or which gives no new insight into the process
• Experimental reports which do not provide a convincing analytical or physical explanation of observed behaviour
• Topics that properly belong to the materials science literature. Examples include the synthesis of materials, chemical experiments and studies of material composition.
• The analysis of material properties, surfaces or product performance without reference to the processing which caused them.
• Statistical methods or techniques from Artificial Intelligence which treat the process as a black box.
• The operation of equipment, without reference to materials (such as tool path design in CNC machining), or the management of factory systems.
As stated in the journal's editorial policy, the Journal of Materials Processing Technology does not accept multiple-part papers, short communications or case studies.
Papers submitted to the journal will only be considered if they have been prepared according to the journal's Guide for Authors.
|Issue volume||Issue year||Planned ship date||Actual ship date|
|287C||2021||Oct 20, 2020||Oct 29, 2020|
|288C||2021||Nov 06, 2020||Nov 03, 2020|
|289C||2021||Dec 03, 2020||Dec 31, 2020|
|290C||2021||Jan 13, 2021||Jan 15, 2021|
|291C||2021||Feb 17, 2021||Feb 23, 2021|
|292C||2021||Feb 26, 2021||Feb 23, 2021|
|293C||2021||Mar 16, 2021||Mar 04, 2021|
|294C||2021||Jun 01, 2021||May 26, 2021|
|295C||2021||Jun 04, 2021||Jun 04, 2021|
|296C||2021||Jun 21, 2021||Jun 18, 2021|
|297C||2021||Jul 22, 2021||Jul 21, 2021|
|298C||2021||Sep 10, 2021||Sep 07, 2021|
|299C||2022||Nov 02, 2021|
|300C||2022||Dec 09, 2021|
|301C||2022||Jan 04, 2022|
|302C||2022||Feb 23, 2022|
|303C||2022||Mar 17, 2022|
|304C||2022||Apr 21, 2022|
|305C||2022||May 19, 2022|
|306C||2022||Jun 15, 2022|
|307C||2022||Jul 21, 2022|
|308C||2022||Aug 24, 2022|
|309C||2022||Sep 15, 2022|
|310C||2022||Oct 27, 2022|
|311C||2023||Nov 24, 2022|