ASTM C1550 Flexural Toughness of Fiber Reinforced Concrete
The requirements of ASTM C1550-10a for determining flexural strength of fiber reinforced concrete (FRC) create several challenges for most standard test systems in service today.
ASTM C1550 Flexural Toughness of Fiber Reinforced Concrete
ASTM C1550 Flexural Toughness of Fiber Reinforced Concrete
The requirements of ASTM C1550-10a for determining flexural strength of fiber reinforced concrete (FRC) create several challenges for most standard test systems in service today.
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The requirements of ASTM C1550-10a for determining flexural strength of fiber reinforced concrete (FRC) create several challenges for most standard test systems in service today. Specifically:
Size of the specimen: With a diameter of 800 mm (31.5 in) most existing load testing frames do not have the test space width to accommodate this.
Required stiffness of the frame: The extra wide test frame, which includes all load train components, must also have low deflection under load.
Accurate specimen deflection measurement: Specimen deflection must be measured accurately, either by a fixture mounted measuring device or by the ram postion correcting for the machine compliance under load.
Complex data analysis: The standard requires a detailed analysis of the load vs. deflection data to ensure the accurate reporting of flexural toughness. With most load test systems, the required analysis involves exporting the data to a spreadsheet or other analysis tool for generating test results.
Size of the specimen: With a diameter of 800 mm (31.5 in) most existing load testing frames do not have the test space width to accommodate this.
Required stiffness of the frame: The extra wide test frame, which includes all load train components, must also have low deflection under load.
Accurate specimen deflection measurement: Specimen deflection must be measured accurately, either by a fixture mounted measuring device or by the ram postion correcting for the machine compliance under load.
Complex data analysis: The standard requires a detailed analysis of the load vs. deflection data to ensure the accurate reporting of flexural toughness. With most load test systems, the required analysis involves exporting the data to a spreadsheet or other analysis tool for generating test results.
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