1) varying pressure boundary
变压力边界
2) pressure boundary
压力边界
1.
Numerical simulation method for gaseous flow in micro-channel with pressure boundary conditions;
基于压力边界的微流道气体流动数值模拟方法
2.
In the present work, the gaseous flow and heat transfer characteristics in micro-channel are examined using Direct Simulation Monte Carlo method with specified pressure boundary conditions.
本文用直接模拟蒙特卡罗方法对给定进出口压力边界条件下微通道内气体的流动换热特性进行了数值模拟,给 出了壁面与流体的温差对气体沿程压力、温度及数密度分布的影响。
3) variable blank holding force
变压边力
1.
Application of radial basis function network in variable blank holding force identification;
径向基函数网络在变压边力反演中的应用
2.
A new device of variable blank holding force;
一种新型的变压边力装置
3.
The study on the prediction technology of variable blank holding force in the formin.
分析了RBF神经网络的预测策略和方法,并建立了板料拉深成形的变压边力预测神经网络模型。
4) variable blank-holder force(VBHF)
变压边力
1.
On the basis of the sketch of use and significance of blank-holder force in production, the effects on the formability of box deep drawing process were investigated with the DYNAFORM,which was applied to the variable blank-holder force(VBHF) changing with the deep drawing time and the position of the VBHF.
在概述压边力在生产过程中的用途和意义的基础上,讨论了变压边力对薄板拉深成形过程的影响,利用DY-NAFORM模拟软件研究了随拉深时间和压边圈位置变化的压边力对拉深成形质量的影响,得到了相应的数值模拟结果,为实际生产过程中合理调节压边力的大小提供了理论依据。
2.
The status quo of study on the control technology of variable blank-holder force(VBHF)was sumˉmarized,focusing on the theoretical control curve of VBHF changing with distance traveled,and on difficult loading mode of VBHF and cont.
综述了国内外变压边力控制技术的研究现状,重点介绍了随行程变化的变压边力理论控制曲线和不同的变压边力加载模式,以及随位置变化的变压边力控制方法。
3.
The variable blank-holder force(VBHF) can improve the production proc.
焊缝两侧材料变形不均匀引起的焊缝移动和成形性能下降是拼焊板成形过程中需要解决的难题,变压边力技术可以增大成形工艺调整范围、提高冲压件成形质量。
5) Variable blank-holder force
变压边力
1.
Mechanism investigation of variable blank-holder forces improving the formability of aluminum alloy sheets during sheet metal forming;
变压边力对铝合金板冲压成形的影响研究
2.
The effect of variable blank-holder forces on formability of ractangle box deep drawing;
变压边力对矩形件成形性能的影响
3.
One of the major methods improving the formability of HSS is the variable blank-holder force.
变压边力是改善其成形性能的有效途径。
6) VBHF
变压边力
1.
Research on VBHF influencing U-bending springback of sheet metal by FEM;
变压边力方式对板料U形回弹影响的有限元模拟研究
2.
Research on Low Energy Consumption VBHF System
微能耗变压边力系统研究
3.
Reasonable VBHF technology is an effective method to eliminate springback of bend part.
采用合理的变压边力技术,可以有效地减小回弹对弯曲件形状精度的影响。
补充资料：赤力力
1.亦作"赤历历"。 2.象声词。
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