1) twist gear
捻度齿轮
2) twist change gear
捻度变换齿轮
3) gear precision
齿轮精度
1.
Effect of sintering on powdermetallurgical gear precision;
烧结对粉末冶金齿轮精度的影响
2.
The factors in connection with the selection of gear precision evaluation index are fully introduced in this paper,and the selection is analysed in detail,which provides the reliable theoretical basis for the correct selection of gear precision evaluation index and assures the design accuracy of gear consequently.
详细介绍了齿轮精度评定指标选择应考虑的有关因素 ,并对其如何选择进行了深入全面的分析 ,为齿轮精度评定指标的正确选用提供了可靠的理论依据 ,从而最终确保齿轮的设计精
3.
This essay tries to find a way to reduce the noise of home made Suzuki gear boxes by analyzing the relationship between gear box noise and gear precision items.
试图通过分析变速器噪声与齿轮精度项目的关系 ,找出降低国产铃木变速器噪声的途径 。
4) gear strength
齿轮强度
1.
It concludes that the carbide in the carbuinaing layer has negative effect on the gear strength.
从齿轮受力和失效特点出发，通过金相检验分析，指出了渗碳层中的碳化物对齿轮强度有害，渗碳淬火后的齿面应避免出现碳化物。
2.
We use the definition of gear strength from the German Industrial Standard(DIN) and the Chinese National Standard,compare the strength definition of the tooth surface and tooth root,list all formulas and study the meaning of every factor.
针对目前齿轮箱行业的状况,不同厂商相近箱体却标有较大差异的额定扭矩,从理论上分析其内因,以D IN和GB标准为基础,对齿面和齿根的强度定义进行分析,详细逐一对比公式中每个系数的含义和取值,从而得出寿命系数对许用应力的重要影响,也可澄清对齿轮强度的理解。
3.
A new practical designs method of gear strength reliability under different status is gived based on engineering example.
从工程实例出发,给出了齿轮强度可靠性在不同状态下的实用设计新方法;讨论了隶属函数类型的选取方法及其参数变化对计算结果的影响;为同类问题的设计计算提供了范例和理论依据。
5) the accuracy of gears
齿轮精度
1.
The design for the accuracy of gears is an important and onerous work.
介绍用VisualBasic语言编写的软件来完成齿轮精度设计工作。
6) tooth deflection
轮齿挠度
1.
This paper gives an analytical method for calculation of conformal mapping function of the tooth profile of involute gear, The method is simple, and the accuracy of mapping is high,According to this conformal mapping function, the accurate solution of tooth deflection of involute spur gear is given, On the basis of a computer program,influert elements and rule on tooth deflection is analysed
用解析方法推导出渐开线齿轮实际齿廓（包括渐开线和过渡曲线）的保角映射函数、计算方便,而且映射精度高,应用此映的函数求得斯开线直齿轮轮齿挠度的精确解：编制了计算程序：对影响挠度的因素及其影响规律进行了分析
补充资料：捻度
分子式：
CAS号：
性质：又称捻度。复丝或纱线加捻每扭转一圈，即纱线截面沿轴向回转360°，称为一个捻回。一个捻回称一个捻度，以单位长度内的捻回数来表示。捻度可加强纤维与纤维之间的抱合力，增强纱线之间耐磨性和抗疲劳性能。
CAS号：
性质：又称捻度。复丝或纱线加捻每扭转一圈，即纱线截面沿轴向回转360°，称为一个捻回。一个捻回称一个捻度，以单位长度内的捻回数来表示。捻度可加强纤维与纤维之间的抱合力，增强纱线之间耐磨性和抗疲劳性能。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条