摘要
某橡胶坝位于某一线城市市中心,由于噪音和橡胶坝年久失修等问题,安全性降低,对附近居民生活造成影响,故对该橡胶坝进行改造,分析后气盾坝为优选坝型。采用多目标分层序列法分析该工程改造需要达成的各个目标,并建立以优先级方式协调不同目标的决策模型,最后对调度方案进行优化,增大气盾坝的调节能力并解决气盾坝不能连续调节来水的问题。通过数学方法的有序分析计算,最终达成多个目标,完善工程改造中存在的目标矛盾,改造无序等问题。
A rubber dam is located in the center of a first-tier city.Due to the noise and disrepair of the rubber dam,the life of nearby residents is affected.Therefore,the reconstruction of the rubber dam is carried out.This article uses the multi-objective layered sequence method to analyze the various goals that the project needs to achieve,and establishes a decision-making model that coordinates different goals in a priority manner,and finally optimizes the scheduling plan.This research increases the adjustment capacity of the gas shield dam and solves the problem that the gas shield dam cannot continuously adjust the incoming water.Through the ordered analysis and calculation of the mathematical method in this paper,a number of goals are finally achieved,and the problems such as the contradiction of goals and the disorder of transformation are improved.
作者
张媛
漆文邦
谭明卓
俞增鑫
唐培根
Zhang Yuan;Qi Wenbang;Tan Mingzhuo;Yu Zengxin;Tang Peigen(School of Water Resources and Hydropower,Sichuan University,Chengdu 610065,Sichuan)
出处
《陕西水利》
2021年第4期5-6,23,共3页
Shaanxi Water Resources
关键词
橡胶坝
气盾坝
多目标分层序列法
连续调节
Rubber dam
gas shield dam
multi-objective layered sequence method
continuous regulatio