齿轮传动的

• The generation of orthogonal - shaft face gear ( fg ) , the geometric character of the tooth surface , the flash temperature of the fg and the distributing of tooth surface temperature analyzed by finite element methods are studied in the paper . the software about the flash temperature of the fg is also developed
  本文主要研究了正交面齿轮的齿面生成、齿面的几何特性、面齿轮传动的齿面瞬时温升、齿面温升分布的有限元分析，并在此基础上开发了正交面齿轮传动的温升计算系统软件。
• The history and the actuality of the common harmonic gear drive and the oscillating teeth drive are introduced in this paper . their advantages and disadvantages are indicated by analyzing their structure and transmission characteristic . the end face harmonic gear drive of oscillating teeth is firstly introduced in the condition of the analyses
  论文在简要叙述径向谐波齿轮传动和活齿传动的历史、国内外发展现状、结构组成、传动性能和优缺点的基础上，首次提出了活齿端面谐波齿轮传动的结构型式，并已申请了中国发明专利，专利申请号为200410012992 . 6 。
• As a new type gear transmission , double circular arc profile bevel gearing carries out its transmission by means of meshing between convex - concave tooth profile in both of the direction of tooth trace and the direction of tooth depth , so it has advantage of high load capacity , long service life , easy forming hydrodynamic oil film between teeth as well as high quality of running - in etc . therefore , more attention has been paid to its application and research in recent years
  作为一种新型齿轮传动方式，双圆弧弧齿锥齿轮传动不论在齿线方向、还是在齿高方向，均为凸、凹齿廓相啮合，因而它比一般的弧齿锥齿轮传动的承载能力高，使用寿命长；并且在啮合过程中两齿面间容易形成润滑油膜，具有良好的跑合性能，所以对它的应用和研究日益受到人们的重视。
• Taking into account thermal and non - newtonian effects of the lubricant , this paper has theoretically investigated elastohydrodynamic lubrication of involute spur gears , and achieved the pressure distribution , film shape , temperature distribution and the values of the friction coefficient and its varying law along the line of action of gear transmission
  本文在考虑了润滑剂的热效应和非牛顿效应后，对渐开线直齿轮的弹流润滑问题进行了理论研究，获得了齿轮传动的压力分布、温度分布、油膜形状和齿面摩擦系数的取值范围及其沿齿轮传动啮合线的分布规律。
• Referencing other gear optimizing calculation , combining the feature of high speed gear , the author put forward a king of optimizing calculation method of high speed involute cylindrical gear transmission system , which improved the reliability design of gs series high speed involute cylindrical gear unit
  通过分析已有齿轮优化计算方法，结合高速齿轮的特点，提出郑州机械研究所硕士论文了一种高速渐开线圆柱齿轮传动的优化计算方法，提高了gs系列高速渐开线圆柱齿轮传动的设计可靠度。
• The gcad system utilizes artificial neural network to mapping coefficients of the gear , establish the foundation for optimization design of the gear . by parametric design , the system realizes drawing and solid modeling . by using expert system , the gcad system can aided designer to make some scheme decision , as well as some important designing , calculating , checking , analysis and drawing , so , can improve the design quality , as well as work efficiency of the designer
  Gcad系统包括参数计算、参数化绘图、专家系统、辅助功能和帮助系统五个部分，通过matlab引擎，充分发挥了matlab及autocad各自的优势；通过利用人工神经网络映射齿轮系数，为齿轮传动的结构优化设计奠定了基础；通过参数化设计，实现了齿轮的二维参数化绘图和三维实体建模；通过将专家系统应用于gcad系统中，初步实现了集方案辅助决策、设计、计算、校核、分析以及绘图功能于一体，提高了齿轮设计水平、设计质量和设计人员的工作效率。
• Using the transmission of one class planet gear and two class cylindrical gear , considering the small scaled of the planet gear ’ s transmission and high gearing ratio of the cylindrical gears , each gearing ratio is : i1 = 5 , i2 = 3 , i3 = 3 . 5 . based on the given variables in the special work circumstances , parameters of the gear and the structure of the gearing parts was proposed . through static analysis of the high - speed shaft g , the best structure of the shaft was chosen
  采用一级行星加上两级圆柱齿轮传动综合行星齿轮传动的小型化和圆柱齿轮的大传动比,各级传动比为i1 = 5 , i2 = 3 , i3 = 3 . 5 ,按照所给定的工作环境变量确定齿轮副参数和传动部件的结构,利用ansys确定高速轴g轴最优结构,并用pro / e软件对传动部件进行造型及装配。
• At last , a design example problem of column - gear speed reducer is made . contraposing design character of gear driver , attain the solution of mathematic model of robust optimal design and compared to that of common optimal design . the results show that the gear driver by robust optimal design is higher power to resist disturb and good quality stability and high reliability
  为了证明随机模拟试验的稳健优化设计方法的正确性、可靠性和实用性，本文以某二级圆柱齿轮减速器为设计实例，针对齿轮传动的设计特点，运用随机约束方向法对稳健优化设计数学模型进行求解，并将一般优化设计结果与稳健优化设计结果进行比较、分析，结果表明稳健优化设计得出的齿轮传动系统抗干扰能力强，质量稳定性好、可靠性高。
• This paper introduces an capp system for arc gear . the soft provided many fine functions , such as input of part information , generation of process route , detailed working procedure design , printout of machining process card , scaling dimension , hanging _ gear , to advance the automatization degree of designing and manufacturing arc gear . and it is developed by adopting vb and access
  论文是针对双圆弧齿轮传动的特点，运用“框架+产生式规则”的混合模式来表达工艺知识，采用面向对象的程序设计方法，运用vb6和access进行开发capp系统，旨在提高圆弧齿轮的设计和制造工作的自动化程度，加快生产周期，提高生产效率，增强产品的竞争能力。
• In this dissertation , first , based on the theory of w - n gearing , characteristic of tooth profile as well as the processing principle of helical bevel gear , a cutting meshing analysis about double circular arc profile bevel gear was carried out , the equation of meshing in the process of cutting tooth , the surface equation of generating gear as well as the general tooth surface equation of double circular arc profile bevel gear were obtained
  本论文首先根据双圆弧齿轮传动的啮合理论，结合其齿形特点和弧齿锥齿轮的加工原理，进行了双圆弧弧齿锥齿轮的切齿啮合分析，得到了切齿啮合过程中的啮合方程、产形轮齿面方程以及双圆弧弧齿锥齿轮的通用齿面方程，为下一步生成双圆弧弧齿锥齿轮的三维模型打下了基础。