Calcestruzzo

Tecnologia del calcestruzzo ordinario e armato, getti, casseforme, durabilità, classi di resistenza e degrado delle armature.

CivilEng, Vol. 7, Pages 13: Application of Graphene Oxide in Ordinary Concrete Materials: Modification and Performance Optimization

CivilEng, Vol. 7, Pages 13: Application of Graphene Oxide in Ordinary Concrete Materials: Modification and Performance Optimization CivilEng doi: 10.3390/civileng7010013 Authors: Lanying Xie Haifan Wang Ningbo Wang Cheng Zhang Xiangguo Li Yang Lv Bo Tian Concrete, as a widely used ...

Construction Materials, Vol. 6, Pages 29: Increasing the Reuse Potential of Recycled Aggregates from Concrete and Masonry CDW: Treatment, Performance, and Sustainability for Structural Applications

Construction Materials, Vol. 6, Pages 29: Increasing the Reuse Potential of Recycled Aggregates from Concrete and Masonry CDW: Treatment, Performance, and Sustainability for Structural Applications Construction Materials doi: 10.3390/constrmater6030029 Authors: Nisal Dananjana Rajapaksha Mehrdad Ameri Vamkani Michaela Gkantou Francesca Giuntini ...

Construction Materials, Vol. 6, Pages 30: Blistering of Reactive Resin Coatings on Concrete: New Insights

Construction Materials, Vol. 6, Pages 30: Blistering of Reactive Resin Coatings on Concrete: New Insights Construction Materials doi: 10.3390/constrmater6030030 Authors: Franziska Vogt Andrea Osburg The formation of blisters in reactive resin coatings on concrete is a widely known phenomenon that ...

Buildings, Vol. 16, Pages 3860: Continuous Determination of the Early-Age Hydration Kinetics of Limestone Calcined Clay Cements: The Influence of a C-S-H Seeding Admixture

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CivilEng, Vol. 7, Pages 16: Optimization of Compressive Strength and Drying Shrinkage of Calcium-Based Alkali-Activated Mortars Using Expansive and Shrinkage-Reducing Agents

CivilEng, Vol. 7, Pages 16: Optimization of Compressive Strength and Drying Shrinkage of Calcium-Based Alkali-Activated Mortars Using Expansive and Shrinkage-Reducing Agents CivilEng doi: 10.3390/civileng7010016 Authors: Seunghyun Na Wenyang Zhang Woonggeol Lee Madoka Taniguchi Alkali-activated materials can significantly reduce carbon dioxide ...

Construction Materials, Vol. 6, Pages 31: Mass-Based Replacement of Natural Coarse Aggregate with Electric Arc Furnace Slag Aggregate in Ordinary Portland Cement Concrete

Construction Materials, Vol. 6, Pages 31: Mass-Based Replacement of Natural Coarse Aggregate with Electric Arc Furnace Slag Aggregate in Ordinary Portland Cement Concrete Construction Materials doi: 10.3390/constrmater6030031 Authors: Mohamad Ali-Ahmad Christina El Sawda Amenah AlFailakawi Nourah AlKhaldi Sarah AlMajed Malak ...

CivilEng, Vol. 7, Pages 15: A Physically Based 1D Finite Element Framework for Long-Term Flexural Response of Reinforced Concrete Beams

CivilEng, Vol. 7, Pages 15: A Physically Based 1D Finite Element Framework for Long-Term Flexural Response of Reinforced Concrete Beams CivilEng doi: 10.3390/civileng7010015 Authors: Bassel Bakleh George Wardeh Hala Hasan Ali Jahami Antonio Formisano The long-term behavior of reinforced concrete ...

Construction Materials, Vol. 6, Pages 32: Chemical and Microstructural Investigation of Concrete with Seawater and Sea Sand Towards Understanding Long-Term Performance: A Review

Construction Materials, Vol. 6, Pages 32: Chemical and Microstructural Investigation of Concrete with Seawater and Sea Sand Towards Understanding Long-Term Performance: A Review Construction Materials doi: 10.3390/constrmater6030032 Authors: Ali Alzahrani Mithila Achintha Seawater and sea sand as constituents in concrete ...

Construction Materials, Vol. 6, Pages 33: Influence of Curing Methods on Mechanical Properties of Concrete Beams Produced Through Additive Construction Methods

Construction Materials, Vol. 6, Pages 33: Influence of Curing Methods on Mechanical Properties of Concrete Beams Produced Through Additive Construction Methods Construction Materials doi: 10.3390/constrmater6030033 Authors: Eric J. Faierson Benjamin D. Nelson Elizabeth S. Poblete The integration of advanced additive ...

CivilEng, Vol. 7, Pages 21: Load-Carrying Capacity and Cracking Behavior of Concrete Pipes Reinforced with Recycled GFRP Fibers and GFRP Bars

CivilEng, Vol. 7, Pages 21: Load-Carrying Capacity and Cracking Behavior of Concrete Pipes Reinforced with Recycled GFRP Fibers and GFRP Bars CivilEng doi: 10.3390/civileng7020021 Authors: Shuaiyuan Wang Jianzhong Chen Yong Lv Pengfei Song Mingqing Sun Three-edge bearing (TEB) tests and ...