摘要
为了保证实际施工中结构各节段在构形和受力状态两方面逼近施工节段合理状态,避免事故发生,确保工程高效、安全、优质,基于归一化映射规则,研究灰因和白果,提出了适应任意灰序列的灰预测模型NGM(1,1);研究遗传算法的随机摄动法,提高向前滚动优化效率;研究强度、稳定性的同步分析技术,保证施工过程强度、稳定性安全。在此基础上,论述了大型桥梁施工控制系统的理论特色,以实例说明了其应用,论证了其正确性。
To ensure all segments under construction to approach corresponding construction segmental reasonable states in both configuration and mechanics states and good behavior of structure after completion, escaping from all kinds of accidents in whole process of construction with high efficiency, safety, excellent quality of engineering achieved, the grey prediction model NGM（1,1） was proposed to fit prediction of any raw grey series by studying grey causes and whitening results based on the normalized mapping rules; random perturbation method of genetic algorithms was proposed to raise efficiency of forward rolling optimization; simultaneous analysis of strength and stability was carried out to ensure safety of strength and stability. Based on these, the construction control system with its theory characteristics was expounded and its application was demonstrated by a practical example.
出处
《中国公路学报》
EI
CAS
CSCD
北大核心
2006年第1期53-57,共5页
China Journal of Highway and Transport
基金
湖北省自然科学基金项目(2000J144)
鄂交科教项目(2003570)
武汉市青年科技晨光计划项目(T20005102018)
关键词
桥梁工程
施工预测控制系统
遗传算法的随机摄动法
设计节段合理状态
施工节段合理状态
灰模型NGM(1
1)
bridge engineering
prediction control system for construction
random perturbation method of genetic algorithm
design segmental reasonable state
construction segmental reasonable states grey model NGM（1,1）
