The technology of magnetic fluid viscosity drag reduction is a new one.
磁性液体粘性减阻技术是一种新兴的技术。
The mechanism and methods of viscosity drag reduction are briefly discussed.
本文综述了几种粘性减阻方法及其减阻的机理，联系了其在水相、油相中节约能源、材料，提高速度和效率等方面的应
The principle on viscosity drag reduction or magnetic fluid is discussed.
论述了磁性液体粘性减阻技术的原理。
Time domain torsional response of dynamically loaded pile in viscous damping soil layer;
桩与粘性阻尼土耦合扭转振动时域响应研究
Updating of the viscous damping matrix from incomplete modal experimental data;
用不完全模态试验数据修正粘性阻尼矩阵
Calculation on viscous damping of deepwater catenary mooring line
深水悬链锚泊线粘性阻尼计算
A study on anti blending surface for decreasing viscosity resistance;
疏水性壁面降低粘性阻力的探讨
Comparing with hydrodynamics and based on the second Newton s law,traffic pressure,viscosity factor and viscosity resistance which could be easily to calculate were proposed.
与流体力学对比,根据牛顿第二定律,提出了计算简便的交通压力、粘性阻力系数及粘性阻力,定义来自下游交通波的干扰为交通流的粘性,波速与最大波速之差为沿程粘性阻力系数,沿程粘性阻力与车道长度、流量沿车流方向的变化率、沿程粘性阻力系数成正比,模型能够得出交通流参数之间的关系。
Comparing with hydrodynamics and the second Newton s law, traffic pressure, viscosity factor and viscosity resistance are proposed which can be easily to calculate.
通过对交通流参数的微分分析,建立路段交通流的运动微分方程和欧拉方程,与流体力学对比,根据牛顿第二定律,提出计算简便的交通压力和粘性阻力系数及粘性阻力,定义来自下游交通波的干扰为交通流的粘性。
Based on the computational methods of wave statistic characteristics in the long-term distribution,viscous resistance in waves for hull,and Green function in the frequency for motion and loads a procedure to select sea-state,to determine the transition drag of hull,and to predict motion and wave loads for FPSO transition is developed and used to a FPSO transit work.
应用作业海域波浪短期统计特征长期分布计算法、粘性阻力和风浪中阻力增加计算以及运动与荷载的频域Green函数的计算方法,提供了FPSO迁航海况选择、迁航阻力确定和船体运动与遭遇波浪荷载预报的计算方法和应用实例。
The technology of magnetic fluid viscosity drag reduction is a new one.
磁性液体粘性减阻技术是一种新兴的技术。
ASEISMIC ANALYSIS OF STEEL FRAME WITH VISCOELASTIC DAMPER
粘弹性阻尼器钢框架的减震性能分析
STEPPING INTO NEW ERA OF VISCOELASTIC DAMPER TECHNIQUE
抗震加固的粘弹性阻尼减振(震)新技术
STUDY ON THE REYNOLDS STRESS MODELE FOR DRAG REDUCING VISCOELASTIC FLOWS
粘弹性减阻流动的雷诺应力模型研究
The Research on Aseismic Behavior and the Optimal Analysis of Viscoelastic Dampers;
粘弹性阻尼器减震性能研究与优化分析
The viscous damping wall is a type of energy dissipation device for building structures.
粘滞阻尼墙是一种性能良好的消能减震部件。
Study on Aseismic Performance for Energy Dissipation Braced Structures with Viscous Dampers;
粘滞阻尼器消能支撑结构减震性能分析
The Analysis of Seismic Fortification of High-rise Building Fixed with Viscoelastic Dampers;
安装粘弹性阻尼减振装置的高层建筑抗震研究
Dynamic Modeling and Engineering Application of the Visco-Elastic Damping Components
粘弹性阻尼减振元件的动力学建模及工程应用
The energy dissipation analysis of viscoelastic dampers concrete frame structure
粘弹性阻尼器混凝土框架结构消能减震分析
Analysis of Influence of SSI Effects on Controlling Efficiency of Viscoelastic Structures
SSI效应对粘弹性阻尼结构减震效果的影响分析
Application of DSA guided transnasal ileus tube placement in the treatment of adhesive small intestinal obstruction
DSA引导下经鼻肠梗阻减压导管置入术治疗粘连性小肠梗阻
Analysis of dynamic characteristics and control performance of structures with pseudo-negative stiffness and viscous dampers
拟负刚度与粘滞阻尼混合减振结构的动力特性与减振效果分析
Global Existence and Uniform Decay of Solutions to Viscoelastic Equations with Nonlinear Damping
带非线性阻尼的粘弹方程解的整体存在性和一致衰减性
Study of Performance Based Seismic Design for Energy Dissipation Structures with Viscoelastic Dampers;
基于性能的粘弹性阻尼器减震体系抗震设计应用研究
Analysis on Performance of Viscoelastic Bearing in Vibration Control of Space Frame Structure;
粘弹性阻尼材料支座在网架结构减震控制中的性能研究
Performance Test of Lead-Visoelastic Damper and Studies on Design Method for Energy Disiipation Stucture;
铅粘弹性阻尼器的性能试验和耗能减震结构的设计方法
Decay Rates and Convergence of Solutions to System of One-Dimensional Viscoelastic Model with Damping;
带阻尼的一维粘弹性模型系统解的衰减率和收敛性