Soft computing (SC), due to its high abilities to solve the complex problems with uncertainty and multiple parameters, has been widely investigated and used, especially in structural engineering. They have successfully estimated the capacity of structural reinforced concrete (RC) members and determined the properties of concrete. There are so many articles in literature that applied SC methods for the above goals. However, there is no work to present the capability of such approaches by providing an overview on the available and existing studies. The lack of state-of-the-art review on the subject is the main motivation to present a comprehensive review on the latest trends between 2010 and 2020 in predicting the behavior of concrete elements using soft computing methods. The considered RC structural elements are beams, columns, joints, slabs, frames, concrete filled tube sections and strengthened elements with fibre reinforced polymer. The purpose of the investigated works was predicting the concrete characteristics such as crack, bond, shrinkage, or the strength of the elements. The review showed that SC methods are powerful tools which could provide flexible computational techniques with high level of accuracy for civil engineering problems. However, most of the published works neglected to present the required details and mathematical framework.

软计算（SC）由于具有解决不确定性和多个参数的复杂问题的能力，因此被广泛研究和使用，尤其是在结构工程中。他们已经成功地估计了结构钢筋混凝土（RC）构件的能力并确定了混凝土的性能。文献中有太多文章将SC方法应用于上述目标。但是，尚无工作通过概述现有和现有研究来展示这种方法的功能。缺少关于该主题的最新评论是提出关于在2010年至2020年之间使用软计算方法预测混凝土元素行为的最新趋势的全面回顾的主要动机。所考虑的RC结构元素是梁，柱，节理，平板，框架，混凝土填充管段和纤维增强聚合物增强元件。研究工作的目的是预测混凝土的特性，例如裂缝，粘结，收缩或构件的强度。审查表明，SC方法是功能强大的工具，可以为土木工程问题提供高度准确的灵活计算技术。但是，大多数已出版的著作都忽略了提出所需的细节和数学框架。审查表明，SC方法是功能强大的工具，可以为土木工程问题提供高度准确的灵活计算技术。但是，大多数已出版的著作都忽略了提出所需的细节和数学框架。审查表明，SC方法是功能强大的工具，可以为土木工程问题提供高度准确的灵活计算技术。但是，大多数已出版的著作都忽略了提出所需的细节和数学框架。