addendum circle

addendum circle的基本解释

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[机] 齿冠圆

与addendum circle相关的网络例句 [注：此内容来源于网络，仅供参考]

It is the micro-external gear pump that the key component of the system, which the speed may reach 3,700 Rpm, the instantaneous pressure may reach 35 MPa as well as the addendum circle diameter only has 14 mm.

系统中的心脏和动力源就是微型外啮合齿轮泵，它的转速可达3700 Rpm，瞬时工作压力可达35 MPa，其中齿轮的齿顶圆直径只有14 mm，同时它也是影响该系统合格率的重要部件之一。

When the powder loading was fixed as 58%,the molded compact of a gearwheel whose addendum circle diameter is 700 μm was obtained with well shape retention.

3μm的羰基铁粉和石蜡基热塑性粘结剂体系，当粉末的装载量为58%时，获得了形状良好的齿顶圆直径为700μm的微型齿轮注射生坯。

Overseas low-pressure gear pump gear often used square structure,水力控制阀, that is the tooth width is equal to addendum circle diameter.

国外低压齿轮泵的齿轮常采用方形结构，即齿轮的齿宽等于齿顶圆直径。

The addendum circle is shown in thick lines, and the dedendum circle in thin ones.

齿顶线画粗实线、齿根线画细实线，啮合区不画齿顶线和齿根线。

This thesis discusses the following. First, we use the condition of inference and the concept of wildhabor cone to design the addendum circle. Second, we use TCA technique to obtain the relationship between the slip track and the angle of action, which then leads to the calculation of contact ratios. We can then design the tooth face width and the numbers of teeth based on contact ratios.

本文一开始先对空间渐开线齿轮之齿冠圆范围使用齿轮干涉条件与Phillips提出的Wildhabor Cone进行设定，再利用Litvin提出的齿面接触分析方法，得到空间渐开线齿轮对在啮合过程中作用角与滑动轨迹之间的关系，藉由此关系可以建立一套设计流程来调整齿面宽以及齿数等参数，使其能符合设计需求。

与addendum circle相关的网络解释 [注：此内容来源于网络，仅供参考]

addendum circle：齿顶圆

齿顶高 addendum | 齿顶圆 addendum circle | 齿根高 dedendum

addendum circle：齿冠圆,齿顶圆

齿冠,齿顶,节在线齿 addendum | 齿冠圆,齿顶圆 addendum circle | 附加深纵桁 additional girder

addendum circle：外圆

addendum 齿顶高,附录 | addendum circle 外圆 | adding working drawing 附加加工图

addendum circle：齿冠圆

引动器;操作器 actuator | 齿冠圆 addendum circle | 黏着剂 adhesive; adhesive paste

root circle, addendum circle：齿根圆

齿顶圆addendum circle, outside circle | 齿根圆root circle, addendum circle | 模数modulus