Publications
Highly resilient fiber reinforced concrete using fibrillar cellulose-based byproducts
Authors: M. Jaberizadeh et al.
Transforming Construction: Advances in Fiber Reinforced Concrete (BEFIB 2024, RILEM-fib Symposium) — Springer Nature • 2024
Reports performance benefits of fibrillar cellulose-based fibers in fiber-reinforced cementitious composites, with emphasis on crack control, resilience, and toughness/energy absorption for infrastructure-grade mixtures.
Cementitious composites using cellulose fibers: effects on autogenous shrinkage, strength and energy absorption capacity
Authors: M. Jaberizadeh et al.
Construction and Building Materials • 2023
Quantifies how cellulose-fiber reinforcement influences autogenous shrinkage, mechanical strength, and energy absorption capacity, linking fresh-to-hardened behavior for practical mix optimization.
Comparison of plate test and electrical resistance methods for determining setting time and thixotropy of self-consolidating concrete
Authors: M. Jaberizadeh et al.
Journal of Testing and Evaluation • 2020
Compares test methods for tracking setting time and thixotropy in SCC, providing guidance for reliable fresh-state measurement and placement control.
Mechanical characteristics of pervious concrete considering gradation and size of coarse aggregates
Authors: M. Jaberizadeh et al.
Research Journal of Environmental and Earth Sciences • 2014
Investigates how coarse aggregate gradation and size influence pervious concrete mechanical behavior, supporting mixture tailoring for strength and performance.