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Research efforts have recently been made to simulate the performance of reinforced highperformance fiber-reinforced cement composites (HPFRCCs) at high levels of deformation. Although constitutive models for HPFRCCs have been developed, selecting appropriate mechanical properties of HPFRCCs in simulations remains a critical aspect to predicting component response in large-scale structures. Additionally, fiber orientation and specimen size are known to significantly impact the tensile and flexural response of HPFRCCs. This paper investigates the simulated performance of reinforced HPFRCC components using tensile properties obtained through various testing and casting methods which result in different fiber orientation. An emphasis is placed on predicting reinforced HPFRCC performance at high levels of deformation, and specifically reinforcement fracture, using total-strain based material models. Recommendations are made for selecting appropriate test-methods and casting-methods for characterization specimens that can improve simulated performance of reinforced HPFRCC components.

Influence of field-cast tensile properties and test methods on simulated reinforced HPFRCC component behavior