3) V-belt transmission
V带传动
1.
V-belt transmission optimized design based on MATLAB;
基于MATLAB的V带传动优化设计
2.
Considering the case which fiber separator V-belt transmission broke frequently, reliable design theory was applied to analyze its fatigue reliability and slip reliability, The reason of V-belt failure was found that it.
针对纤维分离机V带频繁发生断裂问题,运用可靠性设计理论对V带传动的不打滑可靠性和疲劳强度可靠性进行分析,找出了V带因疲劳可靠度不足而失效的原因,并提出了采用窄V带传动的改进方法。
3.
On the basis of the general design,this paper studied reliability optimal design of V-belt transmission.
在普通设计的基础上,研究了V带传动的可靠性优化设计。
4) V-belt drive
V带传动
1.
study on calculating influential angle of equivalent friction coefficient of V-belt drive;
计算V带传动当量摩擦系数影响角的研究
2.
Reliability design of V-belt drive get not only a small size??light wight but also high reliability in the circulating pump.
讨论了泵中V带传动的可靠性设计与传统设计比较,不仅根数少、尺寸小、质量轻,而且可靠性高。
3.
This text introduces the accurate calculation formula on the equivalent friction coefficient of V-belt drive and a new Parameter-the direction angle of fricti.
通过对V型皮带式无级变速器主动轮和从动轮的力学分析,建立了皮带传动的力学关系,推导了这种传动的设计公式,并指出了现有公式的不足,在公式中引入了一个新的参数———摩擦力方向角,给出了计算V带传动当量摩擦系数的准确公式。
5) V cincture transmission
v带传动
1.
The visual programming of V cincture transmission are carried out by making use of the strong computation ability and visual function of Matlab.
运用Matlab语言强大的计算及图形可视化功能,实现了V带传动的可视化设计,介绍了Matlab编程要点,经实例验证,具有高效、简捷的特点。
6) V-shape driving belt
V形传动带
1.
How to improve the service life of the V-shape driving belt;
如何提高V形传动带的使用寿命
补充资料:普通V带
分子式:
CAS号:
性质:V带中最常见的一种。楔角为40 ,相对高度(带厚对带宽之比)约为0.7,由包布层、伸张胶层(顶胶)、强力层(抗拉层)、缓冲层和压缩层(底胶)等部分组成。强力层由多层帘布或单排线绳构成,带顶面宽与带高之比为1.6。用于工农业各种动力传送。
CAS号:
性质:V带中最常见的一种。楔角为40 ,相对高度(带厚对带宽之比)约为0.7,由包布层、伸张胶层(顶胶)、强力层(抗拉层)、缓冲层和压缩层(底胶)等部分组成。强力层由多层帘布或单排线绳构成,带顶面宽与带高之比为1.6。用于工农业各种动力传送。
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