Special Issue “Performance-based Service Life Design of reinforced recycled aggregate concrete”

Special Issue Editors

https://doi.org/10.33263/Materials21.045045


Jorge de Brito ,

* Correspondence: jb@civil.ist.utl.pt

CERIS, IST, University of Lisbon, Portugal

Interests: Green cementitious materials; Diagnosis and pathology of buildings and bridges; Service life prediction of building materials and components; Life cycle assessment.


Rui Neves ,

* Correspondence: rui.neves@estbarreiro.ips.pt

Polytechnic Institute of Setubal – Barreiro Technology School, Portugal

Interests:Durability of structural materials; Rheology of cementitious composites; Reliability and numerical analysis; Sustainable structures; Development of new structural materials; Textile reinforced concrete; Fiber reinforced concrete.


Special Issue Information

Aim and Scope: Sustainability requires a judicious use of natural resources. Reducing the consumption of natural aggregates and ensuring adequate durability of reinforced concrete infrastructures are major steps towards sustainability. Performance-based Service Life Design and recycled aggregate concrete are intense research fields. Considering the research maturity of each subject on its own, it is time to couple them and deliver knowledge on performance-based Service Life Design for reinforced concrete structures incorporating recycled aggregates. This Special Issue of Materials International constitutes a way to disseminate results and findings from original studies, experimental programs, empirical, analytical and numerical modelling of initiation period (carbonation- and chloride ion-related), propagation period or both (service life). Probabilistic, semi-probabilistic and deterministic approaches are welcome.

Subtopics: Initiation period – carbonation-induced corrosion; Initiation period – chloride-induced corrosion; Propagation period – carbonation-induced corrosion; Propagation period – chloride-induced corrosion; Service life models.

Keywords: durability; corrosion; reinforced recycled aggregate concrete; Service Life Design; carbonation; chlorides; performance indicators


Deadline for manuscript submissions: 31 May 2020


Manuscript Submission Information

All submissions to Materials International should be made at review@materials.international. The corresponding author has the responsibility of the manuscript during the submission and peer-reviewing process. Please do not forget to state in the email “Subject” the title of this special issue.

Submission Checklist

  1. read the Aim & Scope to gain an overview and assess if your manuscript is suitable for this journal;
  2. use the Microsoft Word Template to prepare your manuscript;
  3. make sure that issues about publication ethics, copyright, authorship, figure formats, data and references format have been appropriately considered;
  4. please try to cite only articles with DOI (digital object identifier); also add DOI for each reference;
  5. please add at least 10 references from the last 2 years (2018-2019) in order to highlight the novelty of your work;
  6. ensure that all authors have approved the content of the submitted manuscript.

Published papers


(1) Performance Study of Eco-Concrete Based on Waste Demolition as Recycled Aggregates

https://doi.org/10.33263/Materials22.123130

Oussama Kessal 1,2,*, Larbi Belagraa 2,3 , Ammar Noui 1,2 , Nabil Maafi 1 , Abderrazak Bouzid 2

1   Department of Civil Engineering, Mohammed El-Bachir Ibrahimi University of Bordj Bou Arreridj,(34062), Algeria

2   Laboratory of Materials and Electronic Systems [LMSE], University of Bordj Bou Arréridj, (34062), Algeria

3     Department of Civil Engineering, Mohamed Boudiaf University of M’sila(UMBM), M’sila (28000), Algeria

* Correspondence: oussama.kessal@yahoo.fr; oussama.kessal@univ-bba.dz;


(2) Investigation on High-Temperature Effect of Recycled Concrete Aggregate on Mortars

https://doi.org/10.33263/Materials22.236241

Emriye Çınar 1 , Behçet Dündar 1 , Tayfun Uygunoğlu 2,*

1   Osmaniye Korkut Ata University, Faculty of Engineering, Department of Civil Engineering, Osmaniye, Turkey; emriyecinar@osmaniye.edu.tr; behcetdundar@osmaniye.edu.tr

3   Afyon Kocatepe University, Faculty of Engineering, Department of Civil Engineering, Afyonkarahisar, Turkey; uygunoglu@aku.edu.tr

* Correspondence: uygunoglu@aku.edu.tr; Scopus ID: 14627796200


Planned Papers

1) An overview of research and applications on recycled aggregate concrete blocks/bricks in China

Zhanggen Guoa,*, Jiang Tao a, Zhang Jin a, Xu Haipeng a, Sun Yan a

a School of Civil Engineering, Nanjing Tech University, 30 Puzhu Road(S), Nanjing, 211800, China

Abstract: Recently, numerous programs on the mechanical behaviors and durability of recycled aggregate concrete (RAC) blocks/bricks have been conducted in China as well as the structural performances of RAC masonry structures. In addition, several practical engineering applications of RAC blocks/bricks were also implemented. The extensive review and thorough assessment of recent research progresses on RAC blocks/bricks in China are presented. Firstly, the production of RAC blocks/bricks, the mechanical behaviors and durability of RAC blocks/bricks are summarized, highlighting the governing variables. Secondly, the mechanical properties, in terms of compressive and shear performances, of RAC block/brick masonry are reviewed. The test results obtained from open literatures are employed to derive the prediction models for RAC masonry. Then, a review on seismic behavior of RAC masonry walls is presented as well as some research progress of life cycle assessment (LCA) of the production of RAC blocks/bricks. At last, a brief introduction to several practical applications of RAC blocks/bricks in China is presented. The need for further study is proposed at the end of the paper. Results of these studies show that it is feasible to manufacture concrete blocks/bricks with recycled aggregates and apply RAC blocks/bricks in practical engineering, which will significantly improve the sustainability aspect of masonry structures. It is hoped this review will improve the practical engineering applications of RAC blocks/bricks.

Keywords: Recycled concrete aggregates (RCAs); Recycled aggregate concrete (RAC); Blocks; Bricks; Masonry structures; Practical engineering applications