惯性阻力系数,inertial resistance factor
1)inertial resistance factor惯性阻力系数
1.Furthermore,a good quadratic nonlinear relationship between the pressure gradient and the seepage velocity is found by statistical and regressive analyses,thus,the permeability andinertial resistance factor of the railway ballast layer is calculated,which provide a reference of parameter for numerical simulation of thermal stability of railway embankment in cold regions.通过计算得到铁路碎石道碴层的渗透率和惯性阻力系数,为寒区铁路路基热稳定性的数值研究提供了参数依据。
2)drag-inertia parameter阻力-惯性力参数
3)inertial resistance惯性阻力
4)inertial force system惯性力系
1.The general formula for balancing analysis ofinertial force system with V type 6 cylinders internal combustion.推导和建立了V型6缸(V6)内燃机惯性力系平衡分析的通用公式,并针对某型号V型90°缸排夹角的6缸(90°V6)柴油机进行了整机平衡分析。
2.In order to solve this problem,starting with its internal stimulation load,a general formula used in analyzinginertial force system balance is deduced and set up.为了解决好这一问题,从分析该类机型的内部激励载荷入手,推导和建立了该类机型惯性力系平衡分析的通用公式,并以某型号V型90°夹角的6缸柴油机为例,研究探讨了利用错拐平衡技术以衰减和改善该机内部激励载荷的可能性。
3.This paper discusses the problem of the reduction ofinertial force system of rigid body in plane motion .讨论了平面运动刚体上惯性力系的简化问题；给出了选任意点为惯性力系简化中心的简化结果，和选速度瞬心和加速度瞬心为简化中心的简化结果。
英文短句/例句
1.Choice of Center of Reduction of Inertial Force System of Rigid Body in Plane Motion平面运动刚体惯性力系简化中心的选择
2.inertial navigation system惯性导航系统惯导系统
3.The System Dynamics Analysis of Organization Capability & Inertia Evolutionary;基于组织惯性的组织能力演化系统动力分析
4.The Dynamical Vibration of Blade In Non-Inertia Reference Frame;非惯性参考系下旋转叶片系统的动力学分析
5.Dynamic analysis of rotating flexible blades in a non-inertial coordinate system非惯性系下旋转柔性叶片的动力学分析
6.Doppler inertial system多普勒惯性系统多普勒惯性系统
7.The passengers are deluded into believing themselves to be in an inertial frame with no forces acting.乘客误以为自己处于惯性系中，且不受外力作用。
8.Research on the Bi-direction Electro-hydraulic Proportional Tension Control System with High Inertia Loads;大惯性负载双向电液比例张力控制系统研究
9.The Application of Lagrange s Equation in Dynamical Problems of Noninertial System;拉格朗日方程对非惯性系动力学问题的应用
10.Analysis of Gravity Field Effect on High-precision Inertial Navigation System高精度惯性导航系统的重力场影响模式分析
11.Design of all-accelerometer-based inertial navigation & gravity gradient measurement全加速度计惯性导航与重力梯度测量系统设计
12.Research on Height Distribution Coefficients of Earthquake Inertia Forces on Retaining Structures挡土结构地震惯性力沿高度分布系数研究
13.Based on the results and with the augmentation approach, an adaptive control scheme for space robot system with unknown payload parameters to track the desired trajectory in joint space is developed.该系统动力学方程的优点是关于一组组合惯性参数能保持惯常的线性函数关系。
14.Integral Theory for the Dynamics of Nonlinear Nonholonomic System in Noninertial Reference Frames非线性非完整系统相对于非惯性系动力学的积分理论
15.full balance of inertia force of mechanism机构惯性力的完全平衡
16.inertia reaction moment tester惯性反作用力矩测试仪
17.The laws of mechanics are the same in all inertial frames of reference. This is called Galilean relativity.在所有的惯性参照系中，力学定律都是一样的，这叫做伽利略相对性。
18.Adopt Tension Control Theory to Improve the Motion Rigidity of Large Inertia Flexibility Servosystem;采用张力控制理论改善大惯性柔性伺服系统的运动刚度
相关短句/例句
drag-inertia parameter阻力-惯性力参数
3)inertial resistance惯性阻力
4)inertial force system惯性力系
1.The general formula for balancing analysis ofinertial force system with V type 6 cylinders internal combustion.推导和建立了V型6缸(V6)内燃机惯性力系平衡分析的通用公式,并针对某型号V型90°缸排夹角的6缸(90°V6)柴油机进行了整机平衡分析。
2.In order to solve this problem,starting with its internal stimulation load,a general formula used in analyzinginertial force system balance is deduced and set up.为了解决好这一问题,从分析该类机型的内部激励载荷入手,推导和建立了该类机型惯性力系平衡分析的通用公式,并以某型号V型90°夹角的6缸柴油机为例,研究探讨了利用错拐平衡技术以衰减和改善该机内部激励载荷的可能性。
3.This paper discusses the problem of the reduction ofinertial force system of rigid body in plane motion .讨论了平面运动刚体上惯性力系的简化问题；给出了选任意点为惯性力系简化中心的简化结果，和选速度瞬心和加速度瞬心为简化中心的简化结果。
5)inertia coefficient惯性系数
1.The Reynolds lubrication equation including oil film inertia is developed, in which theinertia coefficient is introduced to investigate the effect of oil film inertia.新的模型借助惯性系数 ,引入了油膜惯性项 ;同时给出求解含有油膜惯性项的迭代步骤和有限元表达式。
6)inertial coefficient惯性系数
1.The permeability and theinertial coefficient of porous materials have great effects on the fluid flow through the media.多孔介质材料的渗透率和惯性系数是决定多孔介质中流体流动特性的重要参数 ,一般需要通过实验进行测定 。
2.Regarding the open chain plane multibar performing mechanism as the object, this paper analyzes its establishing problem of dynamics equation from new degree, and this paper gives the new general formula to the similar velocity, similar angular velocity,inertial coefficient by turns.文章以开式链平面连杆机构为对象，从新的角度探索分析其动力学方程的建立问题，文中依次对类速度、类角速度、惯性系数、广义力给出新的求解通式。
3.On the basis of the test results,the adaptive neuro-fuzzy inference system(ANFIS) model for predicting seepage ratio andinertial coefficient is established using the adaptive neuro-fuzzy inference system based on characteristic particle size, particle size distribution index and porosity.为了研究这种影响,根据Rosin-Rammler分布,选配具有不同颗粒级配的7组试样,采用自制的松散破碎介质气体渗流试验装置,对其中气体渗流的规律进行试验研究,并利用试验结果,采用自适应神经模糊推理系统,建立根据特征粒径、粒径分布指数和孔隙率预测渗透率和惯性系数的自适应神经模糊推理系统(ANFIS)模型。
延伸阅读
惯性惯性inertia惯性(inertia)惯性是物质的一种性质，表现为物体对一其变化的阻抗。因此，当没有外力作用时，原来处止状态的物体将保持静止、而原来在运动中的将以不变的速度继续作直线运动(牛顿第一运律)。物体的质量是它的惯性的度量。参阅“寿(mass)条。 仁内代尔斯基(1.Nedelsky)动静淋淀剔阳
