摘要
为了解决在复杂地质环境下斜拉扣挂缆吊吊装系统主塔和扣塔设置问题,提出主塔和扣塔合为一个塔架的方法。由于主塔和扣塔合为一个塔架受力非常复杂,采用常规的计算方法难以有效的计算缆吊吊装系统的受力,因此采用遗传算法对主扣合一塔架进行优化,通过优化后得出塔架内力及两岸锚固措施达到较高的安全系数。结果表明,采用遗传算法的优化方法能较好地解决主扣合一塔架设计问题。
In order to solve the complex geologic environment in oblique stayed buckle cable hoisting system of main tower and tower set problem, put forward the method of the main tower and the tower as a tower. Because the main tower and the tower as a tower stress state is very complex, it is diffi-cult to calculate the cable hoisting system effective calculation method using conventional force, therefore the use of genetic algorithms to optimize the main buckle a tower, by optimizing the inter-nal force and both sides reached after the tower anchorage measures up to a higher safety factor. The results show that, the optimization method using the genetic algorithm can solve design problems of main buckle a tower.
出处
《广西大学学报（自然科学版）》
CAS
北大核心
2015年第4期1006-1011,共6页
Journal of Guangxi University（Natural Science Edition）
基金
国家自然科学基金资助项目(51368005)
广西交通科技项目(桂交科教发[2014]48号)
关键词
缆吊系统
主扣合一
遗传算法
分析优化
complex geology
cable crane
main fastened
genetic algorithm
optimization
