Introduction
This is the research website of the group 3D Innovation of Prof Anton du Plessis. My research interests lie in the domains of additive manufacturing, X-ray tomography and biomimicry. I enjoy pushing the limits of these technologies, and generally pushing research towards industrial adoption. My research efforts in these domains are strongly collaborative with my students and collaborators based at various universities and institutions worldwide. My publications are listed and kept up to date here on the publications tab – https://blogs.sun.ac.za/duplessis/publications/. Feel free to reach out on researchgate or directly if you cannot access any of my papers.
Since 2022 I am working for a software company – I was applications scientist and am now managing all sales and partner support for Dragonfly software in Europe, Middle East, Africa and India. For more on this software tool check out the website dragonfly.comet.tech. In this role I mainly support scientists and industry users to make the most of their image data, often acquired by X-ray tomography tools. I am still involved in research part time through the group 3D Innovation, Physics Department at Stellenbosch University. I am still based in South Africa working remotely and manage to balance commercial aspects with some research on the side.
In the area of additive manufacturing, I am a past associate editor of the journal Additive Manufacturing, and currently the deputy editor of the associated letters journal Additive Manufacturing Letters. I was an editor of the popular book Fundamentals of Laser Powder Bed Fusion of Metals, published by Elsevier. I work mainly on structural integrity in metal additive manufacturing and the use of lattice structures. For more on additively manufactured lattice structures, please see these recent reviews on their applications and their structural integrity. For more on metal additive manufacturing and its wider industrial adoption, refer to the review here, or the book here.
In the area of X-ray tomography, I work as applications scientist at the leading image analysis software package for handling tomography images, demonstrating new use cases and workflows in daily work. I am editor in chief of the new journal Tomography of Materials and Structures, part of the Elsevier Materials Today family. My research covers new applications in materials characterization using tomography, and recently includes a new project on phase contrast imaging. For a general review paper on the topic refer to this paper in Nature Reviews Methods Primers.
Biomimicry in the context of my research refers to specifically studying natural biological systems (mostly hard structures) for insights for design of improved engineering structures. This is also often called bio-inspiration, bio-inspired design or recently we coined the term bio-enhanced engineering. For more on this topic please refer to this recent opinion paper, a book chapter here and this review paper.
Background / track record
Prof. Anton Du Plessis is ranked as Associate Professor at Stellenbosch University, South Africa at the Physics Department. This role is part time since 2022. He works remotely from South Africa as sales manager for Dragonfly software. As a leading image analysis and software platform this software supports research into all areas of 2D and 3D image acquisition modalities including X-ray CT, SEM etc. Besides strong segmentation capabilities, it includes deep learning based segmentation and analysis tools.
As an academic, Prof du Plessis continues research and continues to support his students, in many cases through strong collaborations and industry links. He currently holds formal adjunct academic positions as research affiliate at Nelson Mandela University, Faculty of Engineering and as visiting professor at Central University of Technology, Department of Mechanical Engineering. He was a previous fellow of the Stellenbosch Institute for Advanced Study (STIAS). he is currently a fellow of the African Academy of Sciences and fellow of the South African Academy of Science. He holds an NRF B-rating.
Collaboration
I gladly collaborate and have various international active collaborations.
Background info about our research
Here some more information on the topics and areas of interest in our group
Additive manufacturing and specifically laser powder bed fusion (L-PBF) has reached a level of maturity where critical parts for aerospace and medical applications are being produced commercially. In this field we work on these aspects:
- Quality control & structural integrity: I work on new testing methods and improvements in processes which allow higher quality parts to be produced, pushing the adoption of additive manufacturing. It is critical to understand the effect of various defect types to improve part quality and mechanical performance
- Lattice structures & topology optimization: My aim here is to advance the use of lattices and topology optimization in practical applications.
X-ray tomography is an emerging materials analysis tool, which may be used in a wide variety of academic and industrial projects to image internal details of objects non-destructively. I push the frontiers of this technology for new applications, new methodologies and am especially interested in image based simulations. At the moment I work on deep learning based image segmentation for additive manufacturing.
Biomimicry or bio-inspiration can allow unique new materials designs based on nature’s lessons learned over millions of years of evolution. I focus on natural structures and attempt to learn “design rules” which can be applied to practical engineering applications.
Additional information
Please check my publications for more information: publications
Email for academic research: anton2@sun.ac.za
Alternative email and X-ray tomography requests: anton.duplessis <at> comet.tech
Dragonfly software: Dragonfly.comet.tech
Additive Manufacturing Letters: https://www.journals.elsevier.com/additive-manufacturing-letters
Tomography of Materials and Structures: https://www.journals.elsevier.com/tomography-of-materials-and-structures
Google Scholar Citations profile: https://scholar.google.co.za/citations?user=JlqadDkAAAAJ&hl=en
LinkedIn: https://www.linkedin.com/in/drantonduplessis/
Researchgate: https://www.researchgate.net/profile/Anton_Du_Plessis3
Twitter: https://twitter.com/antonctscanner1
Academia: https://mymaties.academia.edu/AntonduPlessis
Mendeley: https://www.mendeley.com/profiles/anton-du-plessis/
Scopus: https://www.scopus.com/authid/detail.uri?authorId=10140745400
Orcid: https://orcid.org/0000-0002-4370-8661
For more information on Additive Manufacturing, including annual global market report, see here: http://wohlersassociates.com/