Early Stage Temperature Conditions Influence on Micromechanical Features of Thermoset Polymer-based Composite

J. Vorel, V. Hrbek, M. Šejnoha
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Abstract

The application of thermoset polymer-based composites is widespread in many engineering fields, such as automotive, aerospace or bioengineering industry. These composites found their civil engineering utilisation, e.g., as post-installed anchoring systems or in concrete and masonry reconstructions. Regardless of the use, environmental conditions imposed on a typical thermoset polymer matrix during casting and early curing stage predetermine properties of the composite in a hardened state. Moreover, unstable environmental conditions that usually occur in civil engineering practice may lead to structural service life reduction or, in the worst case, abrupt failure due to alternated mechanical features. In general,
早期温度条件对热固性聚合物基复合材料微观力学特性的影响
热固性聚合物基复合材料在汽车、航空航天、生物工程等工程领域有着广泛的应用。这些复合材料在土木工程中得到了应用,例如,作为后安装锚固系统或混凝土和砌体重建。无论使用何种用途,典型热固性聚合物基体在铸造和早期固化阶段的环境条件都预先决定了复合材料在硬化状态下的性能。此外,在土木工程实践中经常出现的不稳定环境条件可能导致结构使用寿命缩短,或者在最坏的情况下,由于机械特性的交替而导致结构突然失效。一般来说,
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