| 1. | Application of ga - complex method in spring optium design
复合形法在弹簧优化设计中的应用 |
| 2. | Investigation on improvement and application of complex method for discrete variables
离散复合形法的改进及应用研究 |
| 3. | A method of modifier algorithm of constrained complex method in concave feasible fields
约束复合形法在非凸可行域上的一种修正算法 |
| 4. | The feasible path sequential modular method was taken as the optimization strategy
优化策略采用可行路径序贯模块法，优化方法为改进的复合形法。 |
| 5. | Improved complex method based on particle swarm optimization algorithm and its application to slope stability analysis
粒子群优化复合形法求解复杂土坡最小安全系数 |
| 6. | Further more , a general evaluation index aclose is presented in order to considering the importance of the different speed . 4 . by the simulation of the driver - vehicle close - loop system , using complex method matches the vehicle structure parameter
4 .对驾驶员?汽车闭环系统进行仿真计算,并应用复合形法对汽车结构参数进行匹配,使操纵性和运动稳定性得到联合优化。 |
| 7. | Improved ga does n ' t depend on choice of penalty factor , competitive elitist model can provide more opportunity to be inherited to offspring for excellent genes , and individual feasibility improved with complex method can accelerate convergence
同时也说明了本文算法对惩罚因子的选择不敏感；竞争最优保留方法能够给优良基因更大的机会遗传给后代；复合形法改进个体的可行性能够加速算法的收敛。 |
| 8. | The results showed that : ( 1 ) the application of the above optimization method is feasible in the process of vacuum residue hydrotreating . ( 2 ) shaft power is a small part in the operation fees of the hydrogen system and has little influence on the optimization results . ( 3 ) vent should be decreased to reduce energy consumption because of the high concentration of the cycle hydrogen after rebuilding of the unit
在pc - 133微机上进行了模拟和优化计算，结果表明： ( 1 )以复合形法为核心的可行路径序贯模块法在重油加氢过程中的应用是可行的； ( 2 )压缩机轴功率在重油加氢的氢气系统操作费用中所占比例较小，对优化结果影响不大； ( 3 )装置经过技术改造后循环氢纯度过高，可以减少放空以节省能耗； ( 4 )建立的氢耗模型能够可靠地计算现有装置的循环氢浓度、溶解氢总量和装置氢耗量。 |
| 9. | 4 by studying mechanical optimization method , combining theory of metal cutting processing , summarize the optimization function by the cutting parameter as optimization aim and corresponding restraint condition . adopt one of optimization methods - compound shape method - to calculate cutting parameter ' s optimization result
4运用机械最优化方法，结合金属切削加工理论，推导了以切削参数为优四川大学硕i学位论文化目标的优化目标函数并确定了相应优化约束条件，采用优化方法中的复合形法实现了切削参数的最优化设计。 |
| 10. | 6 . based on the optimizing theory of plural modality method and genetic algorithms , defining the objective function as minimum displacements of caps and minimum deviations of axial force of each pile in pile groups respectively , the optimization of pile groups is derived . and a new design idea is presented for pile - supported structures
6 .基于优化的复合形法和遗传算法，分别以承台位移最小和各桩轴力最均匀为目标函数，首次获得了群桩动力优化的桩位布置结果，为桩基承载结构提供了一种新的设计思路。 |
