1) squish
[英][skwɪʃ] [美][skwɪʃ]
挤流
1.
An Experimental and Analytical Seudy on Squish Pattern and Squish Velocity in a D. I. DieSel Engine;
直喷式柴油机燃烧室内挤流谱的显示和挤流速度的解析
2.
Some Factors Affecting Characteristics of Squish Flow in a D.I. Diesel Engine;
影响直喷式柴油机挤流特征的几个因素
3.
The paper presents the results of numerical analysis of some combustion chamber design parameters on computed in cylinder flow field and squish effect.
应用自编ＦＬＯＷ软件，对缸内气体流动进行计算，并分析了挤流面积、初始涡流比、燃烧室形状对缸内气体流动的影响。
2) extrution flow channel
挤出流道
3) rheo-extrusion
流变挤压
1.
The d 22 mm rods were fabricated by hot extrusion and rheo-extrusion separately,the microstructure of these rods and the relationship between the extrusion force and velocity were researched.
采用常规热挤压工艺和流变挤压工艺分别挤压出直径22 mm的棒材,分析比较流变挤压与常规热挤压过程中,挤压力大小和挤压速率的关系,观察不同工艺下得到的微观组织。
4) squeeze flow
挤压流
1.
A study of squeeze flow of ER fluids between two parallel disks;
平行圆盘间电流变液的挤压流研究
2.
Dynamic viscoelasticity of electrorheological fluids based on microcrystalline cellulose/castor oil suspensions was experimentally investigated in squeeze flow.
测量了微晶纤维素 /蓖麻油悬浮体构成的电流变液在挤压流中的动态粘弹性 。
5) squeeze flow
挤压流动
1.
Analysis of squeeze flow of bi-viscosity fluid between two rigid spheres
两刚性圆球间双黏度流体挤压流动压力分析
2.
The anisotropic flow behaviour of glass fibre/polypropylene glass mat thermoplastic(GMT) has been investigated using axisymmetric squeeze flow testing between parallel circular plates.
本文使用挤压流动技术研究了玻璃纤维毡增强聚丙烯片材(GMT)的各向异性流动行为。
3.
Based on the Reynolds lubrication theory, squeeze flow between two parallel plates of a Bingham fluid with partial wall slip was considered.
两平行刚性圆盘间流体的挤压流动模型是一个基本的力学模型。
6) extrusion flow
挤出流动
1.
Visco-elasticity of PP/EPDM/glass bead composite in extrusion flow;
PP/EPDM/玻璃微珠复合材料挤出流动中粘弹特性的研究
2.
Analysis for viscoelasticity in extrusion flow of retread tire compounds;
轮胎胶料挤出流动中粘弹特性分析
3.
The elastic behavior and the mechanisms during extrusion flow of polymeric fluids were discussed, and the relationship among these elastic properties was analyzed in the present paper.
讨论了聚合物流体在挤出流动中的弹性行为及其起因 ,分析了弹性特性相互之间的关系 ,以及相应的定量描述 ,并就其进展作了简要的述评。
补充资料：胶料挤出流动性
分子式：
CAS号：
性质： 胶料在进入挤出机加料口后，受螺杆压缩形成胶团旋转推进，在机筒与螺杆之间受剪切搅动，逐渐形成黏流体，当推进到机头时，受口裂阻挡产生静压力，并推动胶料流过口型。在进入机头后，由于受机头内壁的摩擦阻力，胶料中间部分流速变快，靠机头内壁部分流速减小，形成层流。胶料在机头内增压后流过口型，因口型直径变小流速增大，形成速度梯度，使胶料产生拉伸变形而产生膨胀状态的挤出物。
CAS号：
性质： 胶料在进入挤出机加料口后，受螺杆压缩形成胶团旋转推进，在机筒与螺杆之间受剪切搅动，逐渐形成黏流体，当推进到机头时，受口裂阻挡产生静压力，并推动胶料流过口型。在进入机头后，由于受机头内壁的摩擦阻力，胶料中间部分流速变快，靠机头内壁部分流速减小，形成层流。胶料在机头内增压后流过口型，因口型直径变小流速增大，形成速度梯度，使胶料产生拉伸变形而产生膨胀状态的挤出物。
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