A new penalty function method is used for the constrained aerodynamic optimization.
提出了一种快速应用型罚函数法来求解有约束气动优化问题。
The relation between the maximum entropy method and the exponential penalty function method is analysed in this paper.
就非线性极大极小问题，阐明了极大熵方法与指数罚方法的关系。
The regression equations were optimized through exterior penalty function method. So the best structure parameters were obtained.
利用外点惩罚函数法对回归方程进行优化，得出最佳的结构参数。
This paper at first describes briefly the main points of the exterior penalty function method and the features of the program OPTIGO.
本文概述了外罚函数法的要点，介绍了OPTIGO程序的特点。
The joining between shell temperature elements and three - dimensional temperature elements is accomplished by the penalty function method.
用罚函数法实现了壳体温度单元与实体温度单元的联接。
The latter gives the optimal solution to the energy equation with penalty function method and it is a global modification with good fairness.
后者利用罚函数法给出了能量极小意义下的最优解，适合于保持光顺性要求的全局修改。
In contrast to the penalty function method, the rule requires no additional parameters and can guide the swarm to the feasible region quickly.
与惩罚函数法相比，可行基规则不需要额外的参数，且指引粒子迅速飞向可行域。
Some problems of optimum synthesis of planar multi-bar linkages are studied by the penalty function method with equality and inequality constraints.
在此基础上研究了利用等式约束与不等式约束的惩罚函数法对平面多杆机构进行尺度最优综合的有关问题。
A mixed penalty function method is used to obtain an optimum nutritive formulation. It provides the theoretical basis for reasonable nutritious food formulation.
采用混合罚函数法获得了最佳配方，为合理营养的配方组成提供了理论依据。
In this paper an interior penalty function method is applied to minimize the weight of a wing structure under the constraints of flutter, strength and minimum gage.
本文运用内罚函数法，使一个在颤振、强度和最小尺度等约束条件下的翼面结构重量取极小值。
The constraint optimization problem was turned into non-constraint optimization problem by penalty function method, and multidisciplinary feasible method was used as optimization method.
测试函数和工程应用实例验证了该方法的有效性。
An optimization mathematical model of cutting elements is founded by technical requirement and forced condition when turning. The optimum of cutting elements is got by using penalty function method.
根据车削时的加工要求和受力情况，建立切削用量优化设计的数学模型，采用惩罚函数法进行优化，得到了切削用量的优化结果。
An optimization mathematical model of cutting elements is founded by technical requirement and forced condition when turning. The optimum of cutting elements is got by using penalty function method.
根据车削时的加工要求和受力情况，建立切削用量优化设计的数学模型，采用惩罚函数法进行优化，得到了切削用量的优化结果。
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