Uniaxial Stress-Strain Data for Rubberized Concrete
Author Information
Author(s): Alsaif Abdulaziz
Primary Institution: King Saud University
Hypothesis
How do different rubber replacement proportions affect the stress-strain behavior of rubberized concrete?
Conclusion
The dataset provides valuable insights into the mechanical behavior of rubberized concrete under compression.
Supporting Evidence
- The dataset serves as a reference for validating analytical and numerical models.
- Accessing these stress-strain data will enable researchers to explore inventive design approaches for rubberized concrete structures.
- The dataset can be utilized to enhance the prediction of safety factors through reliability studies.
- The comprehensive range of stress-strain data provides a detailed analysis of the performance variability of rubberized concrete.
- The dataset is valuable for machine learning studies focused on predicting the behavior of rubberized concrete.
Takeaway
This study collected data on how rubberized concrete behaves when squeezed, which helps us understand how to make better concrete using recycled tires.
Methodology
Data was collected from published papers and laboratory tests on cylindrical rubberized concrete specimens.
Potential Biases
Potential inaccuracies from using the web-plot-digitizer tool for data extraction.
Limitations
The dataset may have inconsistencies due to variations in casting and testing conditions from different studies.
Digital Object Identifier (DOI)
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