1.
THE DIFFERENTIAL EQUATION OF FLOW THROUGH POROUS MEDIA WITH SLIP-BOUNDARY CONDITION
微管中壁面滑移影响的液体运动特征
2.
WALL SLIP PHENOMENON OF RUBBER COMPOUNDS IN EXTRUSION DIE FLOW
橡胶在挤出口型流动中的壁面滑移现象
3.
Study on the Effect of Wall Slip on the Micro-scale Flow Considering Melt Elasticity
考虑熔体弹性的壁面滑移对微尺度流动的影响
4.
Research on Melt Viscosity and Wall-slip in Micro-injection Molding Filling Flow;
微注塑成型充模流动中熔体粘度和壁面滑移的研究
5.
Friction losses across pipe elements for coal-water slurries with wall-slip behavior
具有壁面滑移特性的水煤浆流经局部管件的阻力特性
6.
SLIP AND MICRO FlOW CHARACTERISTICS NEAR A WALL OF EVAPORATING THIN FILMS IN A MICROCHANNEL
微细通道内蒸发薄液膜区壁面滑移及微流动特性
7.
Lv Jing,Chen Jinnan and Hu Dongdong.Numerical study of effects of wall slip on bi-component co-extrusion.Journal of Chemical Industry and Engineering,2004,55 (3):455-459.
吕静,陈晋南,胡冬冬.壁面滑移对两种聚合物熔体共挤出影响的数值研究.
8.
Investigation on Bed Shear Stress in Smooth Open Channels;
光滑壁面明渠紊流壁面切应力的研究
9.
It was found that the initial fatigue crack nucleated at the cross edge of the hole and surfaces of the specimen by sliding.
试验结果表明 ,疲劳裂纹以滑移方式在孔壁与试样表面相交的棱上萌生 ;
10.
Vertical Velocity Distribution Characteristics Research in Smooth Open Channel;
光滑壁面明渠紊流流速特性试验研究
11.
Influence of Slip on Deflection of Cold-Formed Thin-Walled U-Section Steel-Concrete Composite Beams
滑移对薄壁U型钢-混凝土组合梁挠度的影响
12.
Prediction Model and Analysis for Velocity of Sliding Bubble Near Wall in Horizontal Flow Boiling
水平流动沸腾近壁汽泡滑移速度预测及分析
13.
Research on the Obstacle-Striding Mechanism of a New Concept Wall Clibmbing Robot;
新型壁面移动机器人越障机构的研究
14.
Experimental Study on Coherent Structure of Turbulent Boundary Layer in Smooth Open-Channel Flow;
光滑壁面明渠紊流边界层拟序结构实验研究
15.
Slippery Mold Construct of Internal Shaft Lining in Freezing Shaft on Large Sectio Thick Surface Soil
大断面深厚表土层冻结井筒内层井壁滑模施工
16.
Stick-slip flow is a jerky movement of compacted grains with velocity of particles at the walls slightly lower than in the rod like core.
粘附滑移流动是一种密集颗粒的急跳式的运动，在壁面处，颗粒的速度稍低于呈杆状的中心的速度。
17.
Planting your feet in the right spot on the wall allows you to drive off the wall in a direct line toward the other end It gives you the greatest speed possible off the wall.
正确的转身落脚位置有助于你蹬离池壁时直接向对面池壁滑行，使你尽可能快地蹬离池壁。
18.
Research of Interface Slip Displacement and Constitutive Relation on SRC Structures;
型钢混凝土界面滑移及本构关系研究