SMARTINCS’23 Conference on Self-Healing, Multifunctional and Advanced Repair Technologies in Cementitious Systems
We happily look back to 22 and 23 May 2023 when the SMARTINCS’23 conference on Self-Healing, Multifunctional and Advanced Repair Technologies in Cementitious Systems took place in Ghent, Belgium. The conference brought together more than 100 international experts who had the opportunity to attend 70 presentations in the field of self-healing, repair, non-destructive testing, grouting and corrosion inhibition.
The conference chairs and the organising committee evaluated all presentations and made a shortlist of the best ones. Gerlinde Lefever, Christos Vlachakis, Sina Sayadi, Shan He, Aurélie Van Wylick, Vanessa Giaretton Cappellesso, Yaxin Tao, Padmapriya Arul Kumar, Mohammad Houshmand Khaneghahi, and Chihiro Kobayashi were honoured with an outstanding research award for the work they presented.
The conference papers have been published by MATEC Web of Conferences. They are open access available from: https://www.matec-conferences.org/articles/matecconf/abs/2023/05/contents/contents.html
This event was a great success thanks to our keynote speakers, organising committee, scientific committee and volunteers. The organisation would not have been possible without the support of the European Union’s Horizon 2020 research and innovation programme, fwo and RILEM.
Overview
On 22 and 23 May 2023 we are organizing the conference SMARTINCS’23 on Self-Healing, Multifunctional and Advanced Repair Technologies in Cementitious Systems. SMARTINCS trains a new generation of entrepreneurial early-stage researchers (ESRs) in prevention of deterioration of (1) new concrete infrastructure by innovative, multifunctional self-healing strategies; and (2) existing concrete infrastructure by advanced repair technologies. 15 ESRs are being trained by the consortium to implement new life-cycle thinking and durability-based approaches to the design of concrete structures, minimizing the use of resources and production of waste, in line with Europe’s Circular Economy strategy.
SMARTINCS’23 will not only be a forum for the dissemination of SMARTINCS results, but also an opportunity for all worldwide research groups in this field to come together and present their ongoing research.
Conference Topics
This conference focusses on self-healing, multifunctional and advanced repair technologies in cementitious systems. Based on this global topic, the following sub-topics have been defined:
• Self-healing cementitious materials
• (Advanced) repair technologies of concrete structures
• Non-destructive testing of cementitious materials
• Self-sensing, monitoring and inspection of concrete structures and infrastructure
• Service life design and life cycle assessment of concrete structures and infrastructure
• Innovative solutions for service life extension of concrete structures and infrastructure
• Corrosion inhibition solutions of reinforcement steel
• Cementitious grouting technologies
• Computational modelling related to self-healing and repair of cementitious materials
• Commercialization of innovative cement-based construction materials and building technologies
• Automated techniques for repair of concrete structures and infrastructure
Venue
The conference will take place in Ghent, Belgium. As can be found on Tripadvisor “Ghent's city center is a pedestrian area that is like a museum to early Flemish architecture and a testament to the city's medieval might. Impressive Gothic sites, such as dramatic St. Bavo's Cathedral and the Castle of the Counts, inspire awe.” Not convinced? Read this recent article in the Washington Post!
The conference venue will be “Het Pand”, a former monastery of the Dominican Order. The building dates back to the 13th century when it served as a hospital.
In order to encourage networking and lively discussions, we aim only at in person presentations (i.e. no possibility to join online).
Keynote speakers
We proudly present our keynote speakers. Click on the respective title to read more about their keynote presentation.
Nele De Belie Ghent University, Belgium |
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Influence of ultrasonic frequency on the evaluation of self-healing and repair in concrete Dimitrios Aggelis Vrije Universiteit Brussel, Belgium |
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Self-healing biomaterials for medical applications Sander Leeuwenburgh Radboud University Medical Center, the Netherlands |
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Maria Cruz Alonso Institute of Construction Science Eduardo Torroja, CSIC, Spain
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3D printing and self-healing of concrete: a good match? Branko Šavija TU Delft, the Netherlands |
Dates and submission
Abstract submission |
21 October 2022 |
Notification of abstract approval |
30 October 2022 |
Paper submission |
27 January 2023 |
Notification of paper approval |
1 March 2023 |
End of early bird registration |
10 March 2023 |
Final paper submission |
17 March 2023 |
Deadline author registration |
1 April 2023 |
Deadline conference registration |
14 May 2023 |
Registration
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Early bird (until 10 March '23) |
Regular (from 11 March '23) |
PhD student |
€325 | €425 |
Regular |
€500 | €600 |
The registration fee includes coffee breaks, lunches, conference dinner, farewell reception and publication of the paper in MATEC Web of Conferences.
Presenting authors need to register by 1st of April 2023 to ensure that the papers can be included in the proceedings.
Please be aware that the conference registration will close on Sunday May 14th, 2023.
Practical information
For speakers: presentations are scheduled to be 12 min, followed by 3 min of questions. There is no template document that you should follow. Presentations should be uploaded on the computer in the room no later than 10 min before the start of your session.
Travelling to Ghent (or “Gent” in the native tongue) is easy via a short train ride (30-60 min, depending on the line) from Brussels (Airport). There are two large train stations in Ghent: “Gent Sint-Pieters” and “Gent Dampoort”. Gent Sint-Pieters is the major transportation hub. When arriving in Brussels Airport Zaventem you follow the signs for the station which is in the basement of the airport building. People arriving in Charleroi Airport can most conveniently reach Ghent by the Flibco shuttlebus which stops at Gent Sint-Pieters train station. From the Gent Sint-Pieters station, tram line 1 runs directly into the city center.
The conference location is Het Pand (Onderbergen 1, Gent).
The registration starts on Monday 22 May at 8h30. The conference will start at 9h00 sharp.
Proceedings
The proceedings of the SMARTINCS’23 Conference on Self-Healing, Multifunctional and Advanced Repair Technologies in Cementitious Systems have been published by Matec Web of Conferences with volume number 378 (2023). The editors of the proceedings, Tim Van Mullem, Nele De Belie, Liberato Ferrara, Elke Gruyaert and Kim Van Tittelboom, thank the Scientific Committee for their extensive work in reviewing every submission.
Each paper has received an individual DOI. The proceedings can be retrieved from here.
SMARTINCS special issue in the journal of Developments in the Built Environment
SMARTINCS is currently hosting a special issue in the journal of Developments in the Built Environment (impact factor 8.2). The special issue collects journal articles on “Self-Healing, Multifunctional and Advanced Repair Technologies in Cementitious Systems” and is edited by dr. Van Mullem, prof. Gruyaert, prof. Van Tittelboom, and prof. De Belie (https://www.sciencedirect.com/journal/developments-in-the-built-environment/about/call-for-papers#self-healing-multifunctional-and-advanced-repair-technologies-in-cementitious-systems). Developments in the Built Environment was specifically chosen because it is an high-impact open access journal. Currently, twelve papers have already been published in the special issue (https://www.sciencedirect.com/journal/developments-in-the-built-environment/special-issue/10FLT28KWXM), while a few papers are still undergoing review. The special issue was closed for submissions since 15 March 2024. |
Organising Committee
Nele De Belie, Ghent University,Belgium
Tim Van Mullem, Ghent University, Belgium
Liberato Ferrara, Politecnico di Milano, Italy
Elke Gruyaert, KU Leuven, Belgium
Kim Van Tittelboom, Ghent University, Belgium
Mirjam Knockaert, Ghent University, Belgium
Brenda Debbaut, Ghent University, Belgium
Marijke Reunes, Ghent University, Belgium
Laís Bandeira Barros, Ghent University, Belgium
Davide di Summa, Ghent University, Belgium
Vanessa Giaretton Cappellesso, Ghent University, Belgium
Yasmina Shields, Ghent University, Belgium
Harry Hermawan, KU Leuven, Belgium
Scientific Committee
Dimitrios Aggelis, Belgium Maria Cruz Alonso, Spain Abir Al-Tabbaa, UK Paola Antonaci, Italy Miguel Azenha, Portugal Diana Bajare, Latvia Andrija Blagojević, the Netherlands Nico Boon, Belgium Daniel Bravin, Italy Emmanuel Cailleux, Belgium Esteban Camacho, Spain Ludwig Cardon, Belgium Nele De Belie, Belgium Benny De Blaere, Belgium Frank Dehn, Germany Yusuf Ersan, Turkey Paulina Faria, Portugal Amir Yaghoob Farnam, USA Liberato Ferrara, Italy Emilija Fidancevska, Macedonia Marta Roig Flores, Spain Enrico Gastaldo, Italy Luis Sánchez Granados, Spain Elke Gruyaert, Belgium Gontran, Herrier, Belgium Michael Harbottle, UK Benoit Hilloulin, France Tony Jefferson, UK |
Henk Jonkers, the Netherlands Antonios Kanellopoulos, UK Mirjam Knockaert, Belgium Kwang Myong Lee, Korea Gerlinde Lefever, Belgium Ahmed Loukili, France Riccardo Maddelena, UK Arn Mignon, Belgium Fátima Montemor, Portugal Mercedes Sánchez Moreno, Spain Tomoya Nishiwaki, Japan Kevin Paine, UK David Palmer, UK Puput Risdanareni, Indonesia Erik Schlangen, the Netherlands Christof Schroefl, Germany Pedro Serna, Spain Didier Snoeck, Belgium Jung-Il Suh, Korea Roberto Tenorio, Belgium Jean-Marc Tulliani, Italy Danny Van Hemelrijck, Belgium Tim Van Mullem, Belgium Kim Van Tittelboom, Belgium Willy Verstraete, Belgium Jianyun Wang, China Virginie Wiktor, the Netherlands |
Updates
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Sponsors
SMARTINCS'23 is organised by the SMARTINCS consortium. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 860006. |
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