This review article presents a critical analysis by compiling the previous research studies with an emphasis on the optimization of fibre reinforced concrete to enhance its strength against different load regimes with a special focus on thermo-mechanical load conditions. The historical background, a description of the evolution of concrete as a material for advanced structures, and the fundamental principles of concrete production are provided as a preamble. Later, a discussion on FRC, fibre types and shapes, mixing methods and testing of properties is provided. A separate section describes how fibre mixing can affect fatigue and fracture behaviour, especially under different load regimes. Gaps in the existing research with possible new directions are discussed in the conclusion.

这篇综述文章通过汇编以前的研究报告进行了批判性分析，重点是优化纤维增强混凝土，以提高其在不同载荷状态下的强度，特别关注热机械载荷条件。历史背景、混凝土作为先进结构材料的演变描述以及混凝土生产的基本原理作为序言提供。随后，讨论了 FRC、纤维类型和形状、混合方法和性能测试。一个单独的部分描述了纤维混合如何影响疲劳和断裂行为，特别是在不同的负载状态下。结论中讨论了现有研究与可能的新方向之间的差距。