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- weighting optimal design 加权优化设计
- The optimal design program is developed with Delphi language. 笔者用Delphi语言编制了污水管网优化程序,可视化较强,且增加了人机对话功能;
- For these reasons, we propose CORDIC algorithm for optimal design. 基于上述的理由,我们提出CORDIC演算法用来达成理想化的设计。
- At last, the efficiency of method is illustrated with fuzzy optimal design of a three-bar truss for minimum weight and minimum deflection. 最后用一个三杆桁架的最小重量与变形的模糊多目标优化设计问题证明了该方法的正确性。
- Light weighted optimization design of punching-welded bridge housing 冲焊桥壳的轻量化设计
- The optimal design for metering section of extruder screw was investigated. 讨论了挤出机螺杆计量段的优化设计问题。
- This paper puts forward the optimal design model of cylindrical shape of UUV. 建立了圆柱形水下航行器壳体外形多目标优化设计的数学模型。
- The reliability and optimal design is more practicality in engineering. 说明可靠性优化设计具有工程实用价值。
- The models include grouping-and-grading model and weight optimization model. 数学模型包括分组分级模型和权重优化模型。
- Temperature Dependence of Electrooptic Modulator and Its Optimal Design[J]. 引用该论文 陈海波;佘卫龙.
- This paper get mathematics model of optimal design of[ color= Red] arbor[/ color] with optimal object of minimum weight of arbor, and set up constraint condition by strength, stiffness and technical requirement of[ color= Red] arbor[/ color]. 本文以镗刀杆质量最轻为优化目标,根据镗刀杆强度、度和工艺要求建立约束条件,得到镗刀杆优化设计的数学模型。
- This paper get mathematics model of optimal design of arbor with optimal object of minimum weight of arbor,and set up constraint condition by strength,stiffness and technical requirement of arbor. 本文以镗刀杆质量最轻为优化目标,根据镗刀杆强度、刚度和工艺要求建立约束条件,得到镗刀杆优化设计的数学模型。
- Using MATLAB6.5 do the optimized design of arm structure. 利用MATLAB6.;5进行手臂结构优化设计。
- Multi - purposed optimal design of reliability for valve spring based on fuzzy method. 基于模糊学方法的气门弹簧可靠性多目标优化设计。
- The analysis provides a reliable reference for the optimal design of a hydro-bulged axle housing. 研究为液压胀形桥壳优化设计提供可靠的参考。
- Optimization design method based on fuzzy fiduciary level is proposed to reduce deepsea high pressure airtight cabin weight. 摘要为了减轻深海高压密封舱的重量,提出基于模糊可靠度的优化设计方法。
- The optimal design for the basic elements of this mechanism has been realized by using a IBM PC/XT microcomputer. 在IBM PC/XT 计算机上实现了对该机构基本参数的优化设计。
- In improvement design, a program for optimizing design of minimum weight with the useable strength and rigidity is approached. 在改型设计中采 用优化程序对各种设计情况寻优,在保证强度和刚度足够的条件下使 齿轮重量最轻。
- Using software ADAMS,kinematic analysis,kinetic analysis,and optimal design of this mechanism was fulfilled. 利用ADAMS软件完成了该机构的运动学分析、动力学分析和优化设计,为该机构的深入研究和实际应用奠定了良好的基础。
- The result show that GA can be satisfied to the optimization design. 实例计算表明,该方法可以获得比较满意的优化设计结果。