Publications inside Knowledge and Skills Journal concern the following topics. You can view the list of publications below classified by year of publication.
Published in 2022
Go to: 2021 I 2022
Electrical Engineering
Transversal Topics
The Engineer’s Practices
The Scientist’s Practices
Knowledge & Skills Journal - Mechanical Engineering
Design and Experiments with a novel robot-based WAAM system
by Pr. Norberto Pires and Dr. Trayana Tankova
In this presentation, Dr. Trayana Tankova presents the advances made in ISISE, University of Coimbra, about the design and experiments done with a novel robot-based wire arc additive manufacturing WAAM system used for civil engineering applications like the production of steel parts used in big structures having a complexe geometry aiming to replace welded structures.
Citation
N.Pires and T. Tankova, 2022, «Design and Experiments with novel robot-based WAAM system», Knowledge and Skills, ISSN 2800-2083, Mechanical Engineering, 010003, https://doi.org/10.53229/k.and.s.2021.010003
Contribution to the development of a method for predicting the multiscale geometry of tribofinished parts
by Dr. Irati Malkorra
This presentation is based on the context of roughness reduction of Inconel718 parts produced by additive manufacturing (SLM) using the drag finishing technique.
Citation
I. Malkorra, 2022, «Contribution to the development of a method for predicting the multi scale geometry of tribofinished parts», Knowledge and Skills, ISSN 2800-2083, Mechanical Engineering, 010004, https://doi.org/10.53229/k.and.s.2021.010004
Process Signature – Knowledge-based approach towards function-oriented manufacturing
by Pr. B. Karpuschewski et al.
The correlation between material modifications and internal material loads is described in Process Signatures. This keynote shows exemplary Process Signatures and their use in generating targeted surface layer properties.
Citation
B. Karpuschewski, T. Kinner-Becker, A. Klink, L. Langenhorst, J. Mayer, D. Meyer, T. Radel, S. Reese, J. Solter, 2022, «Process Signature – Knowledge-based approach towards function-oriented manufacturing», Knowledge and Skills, ISSN 2800-2083, Mechanical Engineering, 010005, https://doi.org/10.53229/k.and.s.2021.010005
Knowledge & Skills Journal - Materials Engineering
Materials Design by Additive Manufacturing
by Dr. Vladimir V. Popov
In this presentation, Dr. Vladimir V. Popov explains the different steps through which the materials design for Additive Manufacturing goes, from pre-processing with powder blend design, to in-processing with EBM, SLM and binder jet, and finally to post processing with heat treatment, LMI and sintering.
Citation
Vladimir V. Popov, 2022, «Materials Design by Additive Manufacturing», Knowledge and Skills, ISSN 2800-2083, Materials Engineering, 020001, https://doi.org/10.53229/k.and.s.2021.020001
Materials for dental engineering using AM technologies
by T. Kosec, M. Bajt Leban et al.
In this presentation, Dr. Vladimir V. Popov explains the different steps through which the materials design for Additive Manufacturing goes, from pre-processing with powder blend design, to in-processing with EBM, SLM and binder jet, and finally to post processing with heat treatment, LMI and sintering.
Citation
T. Kosec, M. Bajt Leban et al., 2022, «Materials for dental engineering using AM technologies», Knowledge and Skills, ISSN 2800-2083, Materials Engineering, 020002, https://doi.org/10.53229/k.and.s.2021.020002
Surface integrity in machining aerospace materials, and its impact on functional performance
by H. Attia and B. Shi
In this keynote presentation, Pr. Helmi Attia explains the thermal, mechanical and microstructural alterations induced by machining aerospace materials like Inconel 718 and TI-64 and the impact on functional performance such as wear and fatigue.
Citation
H. Attia and B. Shi, 2022, «Surface integrity in machining aerospace materials, and its impact on functional performance», Knowledge and Skills, ISSN 2800-2083, Materials Engineering, 020003, https://doi.org/10.53229/k.and.s.2021.020003
On the use of nanomechanical testing to characterize materials transformations induced by surface manufacturing processes
by G. Kermouche
In this keynote presentation, Pr. Kermouche explains nanomechanical testing to investigate consequences induced by manufacturing processes. He put the focus on a new high-temperature nanoindentation procedure developed on purpose to investigate the thermal stability of surface-processed materials
Citation
G. Kermouche, 2022, «On the use of nanomechanical testing to characterize materials transformations induced by surface manufacturing processes», Knowledge and Skills, ISSN 2800-2083, Materials Engineering, 020004,
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