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February 11, 2026Journal of Applied Polymer Science

Experimental and Theoretical Characterization on the Temperature Dependent Tensile Strength of FRP Composites Considering Interfacial Properties and Fiber Agglomeration

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Authors

SZShifeng ZhengZJZhenyu JuYLY. F. Li

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Overview

Experimental and theoretical approaches reveal temperature impacts on tensile strength in FRP composites, suggesting new predictive models.

Key Points

  • To investigate how fiber content and temperature influence the tensile strength of FRP composites.
  • Conducted tensile tests on FRP composites with varying fiber content and temperatures
  • Analyzed mechanical responses and established a TDTS model using the FHEEDP
  • Examined effects of interfacial properties and fiber agglomeration on mechanical behavior
  • Higher fiber content increased nonlinearity in mechanical behavior
  • Tensile strength and failure strain initially increased with fiber content then declined
  • Significant decrease in tensile strength observed with increasing temperature
  • Established a predictive model for temperature dependent tensile strength of FRP composites

Cite This Study

Zheng et al. (2026) studied this question.

synapsesocial.com/papers/698c1cd3267fb587c655f985https://doi.org/10.1002/app.70553
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