Challenge Journal of Concrete Research Letters

Challenge Journal of Concrete Research Letters

cjcrl.challengejournal.com

Challenge Journal of Concrete Research Letters is an international, peer-reviewed and open access journal publishing original research, reviews and other scholarly contributions on concrete, cementitious materials and related composites.

The Journal covers constituent materials, production, microstructure, fresh-state and mechanical behavior, durability, sustainability, advanced concrete technologies, repair materials and validated numerical or data-driven methods. Formerly published as Concrete Research Letters, the Journal is published quarterly.

Journal at a Glance
  • Access: Immediate open access
  • Peer review: Double-blind for peer-reviewed content
  • Author charges: No submission, article processing or publication charges
  • Publication frequency: Quarterly (March, June, September, December)
  • DOI registration: Published articles are assigned DOIs through Crossref.

View the full Focus and Scope

Announcements

Reviewer List (2025)

The Editorial Office would like to thank all reviewers who supported the Journal in 2025. The attached list recognizes colleagues who provided peer review for manuscripts submitted during the year.

Their voluntary service and professional feedback are vital to our editorial decision making and to strengthening the reliability and quality of the published record.

 

Posted: 2026-02-22
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Vol 17, No 3 (2026)

Challenge Journal of Concrete Research Letters

ISSN 2548-0928

Full Issue

View or download the full issue FULL ISSUE

Table of Contents

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Cover & Contents Vol.17 No.3
 
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Research Articles

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Comparative study on the use of quarry waste and river sand as fine aggregates in pervious concrete performance
Mathuranayagam Arunan, Daniel Niruban Subramaniam, Navaratnarajah Sathiparan
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222-239
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Mechanical and durability characteristics of SCC incorporating recycled aggregate and steel slag
Pottur Ramachandra, Periyapatna Shanthaguptha Niranjan
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240-249
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Effectiveness of TiO2 coating on concrete surfaces for photocatalytic degradation of solutions
Fatih Şamdan, Canan Şamdan, Emir Günaltılı, Serdal Ünal, Mehmet Canbaz
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250-261
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Potential and production of pervious concrete incorporating rice husk as a partial aggregate replacement
Mohd Syahrul Hisyam Mohd Sani, Nurul Huda Abdullah, Fadhluhartini Muftah
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262-277
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Effect of crushed brick chips as coarse aggregate on the mechanical properties, water absorption and cost of concrete
Md. Rashedul Haque, Md. Saied Sakib, Abu Saeed, Md. Abu Sufian
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278-292
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Effect of different activations of supplementary cementitious materials on the early-age compressive strength of mortars based on quaternary binders
Ali Abbache, Zoubir Makhloufi, Hichem Berkak, Rachid Rabehi, Mohammed Seghir Ammari
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293-304
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Mechanical performance evaluation of conventional and pervious concrete reinforced with steel and nylon fibers
Md. Izharul Haque Azad, Md. Abu Helal, Md. Abdul Malek, Rahat Ali, Md. Ahmadullah Hossain Raihan, Md. Washim Akram
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305-318
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Evaluation of the effectiveness of glass waste powder in improving the durability of sand concretes
Mohammed Seghir Ammari, Madani Bederina, Issam Zaiz, Boubaker Fethiza Ali, Ahmed Merah, Hichem Berkak, Hiyam Khezzane, Reguia Zellouma
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319-340
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A field-exposure study on the effects of seasonal temperature variations and curing conditions on concrete strength and density
Rukiye Koçkar Tuğla
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341-351
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Mechanical performance of concrete using rice husk ash–plastic artificial aggregates with varying particle sizes
Dwi Nurtanto, Ketut Aswatama Wiswamitra, Mohamad Fikri Nurhidayat, Bagas Rahmandita Subchan, Imam Junaidi
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352-363
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Evaluation of shear strength prediction models for polypropylene fiber-reinforced concrete beams without stirrups: Influence of residual tensile strength estimation on fib-MC2010 code predictions
Kadir Sengun, Hasan Cem Akkaya
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364-386

Review Articles

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Sugarcane bagasse ash in cementitious systems: A review of fresh, mechanical, and durability properties
Sachin Kumar Verma, Anil Kumar Sachan, Rama Shanker
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387-404