A method of applying nonlinear program to solve nonplanar optimal orbital transfer under finite thrust is studied.
研究了一种应用非线性规化求解有限推力作用下异面最优轨道转移问题的方法。
The optimal design parameters can be gained by turning the model into a nonlinear program and putting it into a computer.
将此模型写入非线性规划计算程序，即可在计算机上算得机构最优设计参数。
A method of applying nonlinear program to solve optimal control problem of lunar probe soft landing under finite thrust is studied.
研究了一种应用非线性规化求解有限推力作用下月球探测器软着陆最优控制问题的方法。
The model consists of two parts, the general model of ironmaking system and submodel of sintering process, both are nonlinear program model.
模型由炼铁系统总体模型和烧结过程子模型组成，二者均为非线性规划模型。
A plane nonlinear program of damage module is compiled. The FEM program of damage module and conventional finite element module are used to calculate and analyze a mining slop.
编制了损伤模型的平面非线性有限元程序，并采用损伤模型和常规有限元模型的有限元程序对某矿山边坡进行对比计算分析。
Since the conclusion part is linear, the T_S fuzzy model can be treated as a linear time_varying system, the nonlinear program in NMPC turns into a linear quadratic problem that can be easily solved.
由于T_S模糊模型每条规则的结论部分是一个线性模型，因此整个模糊模型可以看作一个线性时变系统，从而将模糊预测控制器中的非线性优化问题转化为一个线性二次寻优问题，以方便求解。
Since the conclusion part is linear, the T_S fuzzy model can be treated as a linear time_varying system, the nonlinear program in NMPC turns into a linear quadratic problem that can be easily solved.
由于T_S模糊模型每条规则的结论部分是一个线性模型，因此整个模糊模型可以看作一个线性时变系统，从而将模糊预测控制器中的非线性优化问题转化为一个线性二次寻优问题，以方便求解。
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