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Original Articles

Impact Resistance of Concrete with Partial Replacements of Sand and Cement by Waste Rubber

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Pages 1230-1236 | Published online: 27 Aug 2012

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Ali Raza Lashari, Yasir Ali, Abdul Salam Buller & Noor Ahmed Memon. (2023) Effects of partial replacement of fine aggregates with crumb rubber on skid resistance and mechanical properties of cement concrete pavements. International Journal of Pavement Engineering 24:2.
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Articles from other publishers (53)

Sunday U. Azunna, Farah N.A.A. Aziz, Raizal S.M. Rashid & Nabilah B.A. Bakar. (2024) Review on the characteristic properties of crumb rubber concrete. Cleaner Materials 12, pages 100237.
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Xiaoli Xie, Yubin Zheng, Weiwei Zhu, Siliu Yu, Shengchun Zhu & Yang Yang. (2024) Effects of waste rubber particles on workability, mechanical, and sound insulation properties of recycled aggregate mortar. Progress in Rubber, Plastics and Recycling Technology.
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Yong Feng, Qian Wang & Xiaochen Yang. (2024) Study on micro-mechanical properties of EVA modified rubber-cementitious materials based on molecular dynamics simulation. Construction and Building Materials 416, pages 135132.
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Ali M. Hashim & Basil S. Al-Shathr. (2024) Post-Fire Behavior of Modified SIFCON One-Way Plates with Waste Tire Rubber under Flexural Load: Experimental and Numerical Study. Advances in Civil Engineering 2024, pages 1-18.
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Yuexin Jiang, Sumei Zhang, Guofeng Xue & Wei Wang. (2023) Compressive behavior of rubberized concrete under high strain rates. Structures 56, pages 104983.
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M. S. Döndüren & M. G. Al-Hagri. (2023) Single and Combined Effect of Fine and Coarse Tire Rubbers on the Static, Microstructural, and Impact Properties of Concrete. Strength of Materials 55:5, pages 1055-1078.
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Ramy M. Reda, Hoda S. E. Mahmoud, Seleem S. E. Ahmad & Hossam El-Din M. Sallam. (2023) Mechanical properties of sustainable concrete comprising various wastes. Scientific Reports 13:1.
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Ahmed Soliman, A. E. AbubakrS. H. Diab. (2023) Effect of Activator Concentrations on the Postfire Impact Behavior of Alkali-Activated Slag Concrete. Journal of Materials in Civil Engineering 35:7.
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Abdulaziz Alsaif, Abdulrahman Albidah, Aref Abadel, Husain Abbas, Tarek Almusallam & Yousef Al-Salloum. (2022) Behavior of ternary blended cementitious rubberized mixes reinforced with recycled tires steel fibers under different types of impact loads. Structures 45, pages 2292-2305.
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Abdelrahman Swilam, Ahmed M. Tahwia & Osama Youssf. (2022) Effect of Rubber Heat Treatment on Rubberized-Concrete Mechanical Performance. Journal of Composites Science 6:10, pages 290.
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Lu Feng, Xudong Chen, Jinhua Zhang & Changling Chen. (2022) Experimental and mesoscopic investigation of self-compacting rubberized concrete under dynamic splitting tension. Journal of Building Engineering 57, pages 104942.
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Ibrahim M.H. Alshaikh, B.H. Abu Bakar, Emad A.H. Alwesabi, Aref A. Abadel, Hussam Alghamdi, Ali Altheeb & Rabin Tuladhar. (2022) Progressive collapse behavior of steel fiber-reinforced rubberized concrete frames. Journal of Building Engineering 57, pages 104920.
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Dler Ali Ahmed, Ghazi Bahroz Jumaa & Masoud Khalighi. (2022) Mechanical properties and shear strength of rubberized fibrous reinforced concrete beams without stirrups. Construction and Building Materials 350, pages 128796.
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Safeer Abbas, Ayesha Fatima, Syed Minhaj Saleem Kazmi, Muhammad Junaid Munir, Shahid Ali & Mujasim Ali Rizvi. (2022) Effect of Particle Sizes and Dosages of Rubber Waste on the Mechanical Properties of Rubberized Concrete Composite. Applied Sciences 12:17, pages 8460.
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Packirisamy Swaminathan, Kothandapani Karthikeyan, Siva Ramakrishnan Subbaram, Jayaraman Sethuraman Sudharsan, Sallal R. Abid, Gunasekaran Murali & Nikolai Ivanovich Vatin. (2022) Experimental and Statistical Investigation to Evaluate Impact Strength Variability and Reliability of Preplaced Aggregate Concrete Containing Crumped Rubber and Fibres. Materials 15:15, pages 5156.
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Abdulaziz Alsaif, Abdulrahman Albidah, Aref Abadel, Husain Abbas & Yousef Al-Salloum. (2022) Development of metakaolin-based geopolymer rubberized concrete: fresh and hardened properties. Archives of Civil and Mechanical Engineering 22:3.
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Abdulrahman Albidah, Abdulaziz Alsaif, Aref Abadel, Husain Abbas & Yousef Al-Salloum. (2022) Role of recycled vehicle tires quantity and size on the properties of metakaolin-based geopolymer rubberized concrete. Journal of Materials Research and Technology 18, pages 2593-2607.
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Yuexin Jiang & Sumei Zhang. (2022) Experimental and analytical study on the mechanical properties of rubberized self-compacting concrete. Construction and Building Materials 329, pages 127177.
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Danying Gao, Tao Zhang, Yuyang Pang & Yihong Wang. (2022) Flexural behavior analysis and strength prediction of steel fiber-and-nanosilica reinforced rubber concrete. Advances in Structural Engineering 25:4, pages 864-876.
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Mostafa Amiri, Farzad Hatami & Emadaldin Mohammadi Golafshani. (2022) Evaluating Simultaneous Impact of Slag and Tire Rubber Powder on Mechanical Characteristics and Durability of Concrete. Journal of Renewable Materials 10:8, pages 2155-2177.
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Mahdi Nematzadeh, Seyyed-Asgar Hosseini & Togay Ozbakkaloglu. (2021) The combined effect of crumb rubber aggregates and steel fibers on shear behavior of GFRP bar-reinforced high-strength concrete beams. Journal of Building Engineering 44, pages 102981.
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Mostafa Amiri, Farzad Hatami & Emadaldin Mohammadi Golafshani. (2021) Evaluating the synergic effect of waste rubber powder and recycled concrete aggregate on mechanical properties and durability of concrete. Case Studies in Construction Materials 15, pages e00639.
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Wahid Ferdous, Allan Manalo, Rafat Siddique, Priyan Mendis, Yan Zhuge, Hong S. Wong, Weena Lokuge, Thiru Aravinthan & Peter Schubel. (2021) Recycling of landfill wastes (tyres, plastics and glass) in construction – A review on global waste generation, performance, application and future opportunities. Resources, Conservation and Recycling 173, pages 105745.
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Emad A.H. Alwesabi, B.H. Abu Bakar, Ibrahim M.H. Alshaikh, Abdullah M. Zeyad, Ali Altheeb & Hussam Alghamdi. (2021) Experimental investigation on fracture characteristics of plain and rubberized concrete containing hybrid steel-polypropylene fiber. Structures 33, pages 4421-4432.
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Yong Yu, Zuquan Jin, Han Zhu & Huamiao Song. (2021) Effect of rubber particles on impact resistance of concrete at a temperature of − 20 ℃. Archives of Civil and Mechanical Engineering 21:3.
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M. Besma Fahad, A. Mais Abdulkarem & T. Huda Hamed. (2021) A review on wastes as sustainable construction materials. IOP Conference Series: Earth and Environmental Science 779:1, pages 012014.
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Jinhua ZhangChangling ChenXiaojing Li, Xudong ChenYaoyao Zhang. (2021) Dynamic Mechanical Properties of Self-Compacting Rubberized Concrete under High Strain Rates. Journal of Materials in Civil Engineering 33:2.
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Sallal R. Abid, Murali Gunasekaran, Sajjad H. Ali, Ahmed L. Kadhum, Thaar S. Al-Gasham, Roman Fediuk, Nikolai Vatin & Maria Karelina. (2021) Impact Performance of Steel Fiber-Reinforced Self-Compacting Concrete against Repeated Drop Weight Impact. Crystals 11:2, pages 91.
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Emad A. Alwesabi, B.H. Abu Bakar, Ibrahim M.H. Alshaikh & Hazizan Md Akil. (2020) Impact resistance of plain and rubberized concrete containing steel and polypropylene hybrid fiber. Materials Today Communications 25, pages 101640.
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Steven M. Tate, Hiwa F. Hamid, Stephan A. Durham & Mi G. Chorzepa. (2020) Investigation into Recycled Rubber Aggregates and Steel Wire Fiber for Use in Concrete Subjected to Impact Loading. Infrastructures 5:10, pages 82.
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A.E. Abubakr, A.M. Soliman & S.H. Diab. (2020) Effect of activator nature on the impact behaviour of Alkali-Activated slag mortar. Construction and Building Materials 257, pages 119531.
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Emad A.H. Alwesabi, B.H. Abu Bakar, Ibrahim M.H. Alshaikh & Hazizan Md Akil. (2020) Experimental investigation on mechanical properties of plain and rubberised concretes with steel–polypropylene hybrid fibre. Construction and Building Materials 233, pages 117194.
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Sallal R. Abid, Munther L. Abdul-Hussein, Nadheer S. Ayoob, Sajjad H. Ali & Ahmed L. Kadhum. (2020) Repeated drop-weight impact tests on self-compacting concrete reinforced with micro-steel fiber. Heliyon 6:1, pages e03198.
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Marupatch Jamnongwong & Piti Sukontasukkul. 2020. Rheology and Processing of Construction Materials. Rheology and Processing of Construction Materials 27 35 .
Ibrahim M.H. Alshaikh, B.H. Abu Bakar, Emad A.H. Alwesabi & Hazizan Md Akil. (2019) Progressive collapse of reinforced rubberised concrete: Experimental study. Construction and Building Materials 226, pages 307-316.
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G. Murali, Laxminadh Poka, K. Parthiban, M. K. Haridharan & A. Siva. (2019) Impact Response of Novel Fibre-Reinforced Grouted Aggregate Rubberized Concrete. Arabian Journal for Science and Engineering 44:10, pages 8451-8463.
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Saud Alfayez, Mohamed Ali & Moncef Nehdi. (2019) Eco-Efficient Fiber-Reinforced Preplaced Recycled Aggregate Concrete under Impact Loading. Infrastructures 4:2, pages 37.
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R. Bharathi Murugan, E. Rama Sai & C. Natarajan. 2019. Recent Advances in Structural Engineering, Volume 1. Recent Advances in Structural Engineering, Volume 1 669 679 .
Abdelhak Badache, Ahmed Soufiane Benosman, Yassine Senhadji & Mohamed Mouli. (2018) Thermo-physical and mechanical characteristics of sand-based lightweight composite mortars with recycled high-density polyethylene (HDPE). Construction and Building Materials 163, pages 40-52.
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Mohamed K. Ismail, Assem A. A. Hassan, Katherine E. Ridgley & Bruce Colbourne. 2018. International Congress on Polymers in Concrete (ICPIC 2018). International Congress on Polymers in Concrete (ICPIC 2018) 397 403 .
Agampodi S.M. Mendis, Safat Al-Deen & Mahmud Ashraf. (2017) Effect of rubber particles on the flexural behaviour of reinforced crumbed rubber concrete beams. Construction and Building Materials 154, pages 644-657.
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Mohamed K. Ismail & Assem A. A. Hassan. (2017) Use of Steel Fibers to Optimize Self-Consolidating Concrete Mixtures Containing Crumb Rubber. ACI Materials Journal 114:4.
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Mohamed K. Ismail & Assem A.A. Hassan. (2017) Shear behaviour of large-scale rubberized concrete beams reinforced with steel fibres. Construction and Building Materials 140, pages 43-57.
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Basem H. AbdelAleem, Mohamed K. Ismail & Assem A. A. Hassan. (2017) Properties of self-consolidating rubberised concrete reinforced with synthetic fibres. Magazine of Concrete Research 69:10, pages 526-540.
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Agampodi S.M Mendis, Safat Al-Deen & Mahmud Ashraf. (2017) Behaviour of similar strength crumbed rubber concrete (CRC) mixes with different mix proportions. Construction and Building Materials 137, pages 354-366.
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Mohamed K. IsmailAssem A. A. Hassan. (2017) Impact Resistance and Mechanical Properties of Self-Consolidating Rubberized Concrete Reinforced with Steel Fibers. Journal of Materials in Civil Engineering 29:1.
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Mohamed K. Ismail & Assem A. A. Hassan. (2016) Impact Resistance and Acoustic Absorption Capacity of Self-Consolidating Rubberized Concrete. ACI Materials Journal 113:6.
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Mohamed K. Ismail & Assem A.A. Hassan. (2016) Use of metakaolin on enhancing the mechanical properties of self-consolidating concrete containing high percentages of crumb rubber. Journal of Cleaner Production 125, pages 282-295.
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Ahmed Tareq Noaman, Badorul Hisham Abu Bakar & Hazizan Md. Akil. (2015) Influence of Crumb Rubber on Impact Energy of Steel Fiber Concrete Beams. Applied Mechanics and Materials 802, pages 196-201.
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Ahmed Tareq Noaman, B.H. Abu Bakar & Hazizan Md. Akil. (2015) The Effect of Combination between Crumb Rubber and Steel Fiber on Impact Energy of Concrete Beams. Procedia Engineering 125, pages 825-831.
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Mustafa Maher Al-Tayeb, B. H. Abu Bakar, Hanafi Ismail & Hazizan Md Akil. (2012) Effect of partial replacement of sand by fine crumb rubber on impact load behavior of concrete beam: experiment and nonlinear dynamic analysis. Materials and Structures 46:8, pages 1299-1307.
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Mustafa Maher Al-Tayeb, B.H. Abu Bakar, Hanafi Ismail & Hazizan Md Akil. (2013) Impact Energy for the First Crack of Reinforced Concrete with Partial Replacements of Sand by Fine Crumb Rubber. Advanced Materials Research 701, pages 286-290.
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B.H. Abu Bakar, Mustafa Maher Al-Tayeb, Hanafi Ismail & Hazizan M. Akil. (2013) Impact Energy for First Crack of Reinforced Concrete with Partial Replacements of Sand by Rubber 1 mm Particle Size. Advanced Materials Research 701, pages 261-264.
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