1) wall thickness forging ratio
壁厚锻造比
1.
Then the corresponding measures were carried out to improve the product quality,for example,designing reasonable dies and mandrel sizes to decrease the wall thickness forging ratio.
对油管管端一道次加厚变形的可行性进行了理论分析,得出了油管加厚变形不会产生失稳现象的结论,同时识别出加厚模具、加热温度、变形速度等影响产品质量的因素,并针对这些因素采取相应措施,如设计合理的加厚模和冲头尺寸,以减小壁厚锻造比,采取变形段梯度加热、快速顶锻等方法,最终总结出了新的油管一道次加厚工艺控制技术,钢管单道次壁厚锻造比可以达到1。
2) forging ratio
锻造比
1.
In this paper,influence of different forging ratio on the performance of die steel (H13)is studied under the simple stretching and hot-forging condition.
本文对研制生产的H13钢(即4Cr5MosiV1钢),在单纯拔长热锻工艺下,不同锻造比对模具钢性能的影响;研究得出,最佳锻造比为6,此时常温横向冲击韧性达45。
3) asymmetric wall forging
非均匀壁厚锻件
1.
Forming process of asymmetric wall forging;
非均匀壁厚锻件成形工艺分析
4) inner-radius-to-thickness ratio
内径壁厚比
1.
Effects of inner-radius-to-thickness ratio of composite pipes on velocity of guided waves;
复合管内径壁厚比对导波速度的影响
5) inner-radius-thickness ratio
内径-壁厚比
1.
The relationship between the wave-packet duration of ultrasonic longitudinal guided waves with lower order and the inner-radius-thickness ratio(IRTR)of free pipes was analyzed at various propagation distances, various frequency-thickness products and various cycle numbers of the input pulse signal.
在自由管材的情况下,在各传播距离、各频厚积和各激发脉冲周数上,分析了内径-壁厚比和管材中较低阶纵向导波模式波包宽度的关系。
6) ratio of wall thickness to size
壁厚与管径比
补充资料：锻造比
forgingratio：金属材料在锻压加工中能承受塑性形变而不破裂的性能。
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