geometry parameters中文是什么意思

• 几何体参数卷展栏

• geometry    n. 1.几何学。 2.几何形状。 3.几何学著作。 短 ...
• parameter    n. 1.【数学】参数，变数；参词；参项。 2.【物理学 ...
• parameters    编辑特征参数; 参数；参数面板; 形参
• parameters of    个案管理的参考标准
• geometry    n. 1.几何学。 2.几何形状。 3.几何学著作。 analytical geometry解析几何。 descriptive geometry图形几何，画法几何。 Euclidean geometry欧氏几何。 non-Euclidean geometry非欧几何。 plane geometry平面几何。 solid geometry立体几何。 spherical geometry球面几何。
• algebraic geometry and analytic geometry    代数几何与解析几何
• analytic geometry， analylical geometry    解析几何
• acoustic parameters    声学参数
• advanced parameters    高级参数
• align parameters    对齐参数
• analysis of parameters    参数分析
• anatomical parameters    解剖学参数
• attenuation parameters    衰减参数
• basic parameters    基本参数; 基淳碚估
• batch parameters    批处理参数
• cell parameters    晶胞参数
• channel parameters    通道参数设置
• circuit parameters    电路参数
• colorimetric parameters    比色参数
• communications parameters    传输速度
• configuration parameters    配置参数; 组态参数
• conformal parameters    保形参数
• conjugate parameters    共轭参数[参量], 共轭参变量
• create parameters    创建参数
• critical parameters    临界参数

• Using the method of micromechanics theory and the finite element method , the problem of electromagnetic field of spherical core - shell type particle is studied and effective permittivity forecasting formula of this particle is induced ; the forecasting results is confirmed by the finite element method ; the effect of material parameter and geometry parameter on the effective permittivity is studied
  利用微观力学方法和有限元方法，对核壳型球形颗粒夹杂的复合材料的电磁场问题进行了研究，得出了核壳型球形颗粒夹杂的复合材料的等效介电常数的预测公式，并用有限元方法进行了验证：研究了材料参数和几何参数对等效介电常数的影响。
• Then the thermal visualizations of jet impingement cooling with single or double row holes inside semi - enclosed ribbed channel are measured by using infrared camera and the effects of flow and geometry parameters on convective heat coefficients are obtained . the results show that : the impingement cooling effectiveness of ribbed surface is affected greatly by the jet - to - surface spacing , and the best effectiveness is achieved under the jet - to - surface spacing equals to 1 . the correlation formulas of impingement heat transfer characteristics to the parameters are finally concluded and in good agree with the experiment data
  最后,对单排、双排冲击孔试验板在半封闭通道展开了流量系数的研究,在变化各种几何因素及流动因素的情况下由实验得出了冲击孔流量系数值,讨论并分析了各种因素对流量系数的影响程度,建立了冲击孔流量系数的准则关系式,与实验结果对比表明:该准则关系式与实验实测数据吻合较好,精度较高,有较高的工程应用价值。
• The thermal visualizations of jet impingement cooling with single or double row holes inside semi - enclosed channel are measured by using infrared camera and then the impingement cooling heat transfer coefficients are deduced . the effects of flow and geometry parameters on convective heat coefficients are obtained . the results show that : for a single row normal impingement , the impingement cooling effectiveness is enhanced with the increase of impinging reynolds number or the decrease of hole space to diameter ratio , and the best effectiveness is achieved under the jet - to - surface spacing equals to 2 ; when the jet is oblique to the confined wall , the cooling effectiveness is weaken especially under the jet - to - surface spacing ratio is greater than 2 ; for double rows normal impingement cooling , the cooling effectiveness of rear row jet is weaker than the front row under lower impinging reynolds number or bigger jet - to - surface spacing
  对于单排垂直射流,冲击冷却效果随射流雷诺数的增加、孔间距与直径比的减小而得到提高,冲击间距比为2时换热效果最好;冲击孔中心线向通道封闭一侧倾斜后,射流冲击冷却的范围变窄,当冲击间距比大于2时驻点区的对流换热能力明显降低;对于双排冲击射流,孔排间距与直径比的增加使冲击冷却范围变大,但在两排孔之间区域的对流换热系数有所下降;在较小的冲击射流雷诺数和较大的冲击间距比下,后排射流的冲击换热效果要逊于前排射流。
• The module can finish the tooth geometry parameter calculation , stress analysis calculation , stress checking calculation , cutting parameters calculation . datas can be saved at the designated path . ( 3 ) the parametric drawing and modeling module for klingelnberg cycloid bevel gears was implemented on autocad 2004 platform based on activex automation technique
  ( 2 )采用面向对象的visualbasic6 . 0编程语言编制了计算机辅助设计计算模块,程序中针对部分参数采用了相应的数值计算方法进行求解,实现了克林贝格摆线锥齿轮的计算机辅助几何设计计算、受力分析、强度校核、切齿调整计算功能,并可以将数据保存于指定路径下。
• Based on energy theory , wrinkling criterion in deep drawing for axisymmetric parts is derived to take geometry parameters , friction coefficient , material properties , and the law of critical blank - holder force ( bhf ) of side wall wrinkling in the constraint condition of initial wrinkling into account
  从能量平衡原理出发，通过对屈服准则的线性化处理，推导了考虑几何参数、摩擦系数和材料性能参数、板材皱曲时约束条件的轴对称拉深成形过程中侧壁起皱临界压边力的变化规律，给出了皱曲判据。