首先推导出该类管的控制方程。
从理论上推导了联合功率控制方程。
求出了瞬时开闭环最优化控制方程。
The instantaneous optimal closed-open-loop control equations are derived.
该控制方程是线性区间方程组。
采用控制容积法对控制方程进行离散化；
The governing equations were discretized by control volume integration method.
由拉格朗日方程导出系统的非线性控制方程。
The nonlinear governing equations of the system are derived from the Lagrange equation.
建立了符合实际的控制方程和简化物理模型。
The author erected the reasonable and simplied control equation and physical model.
筏板的控制方程由薄板理论和虚位移原理得到。
The governing equations of the raft are obtained based on the thin plate theory and the virtual work principle.
求解控制方程，得到焦炭塔筒体的内力和位移。
Solving the control equation, the inner force and displacement can be got.
推导出张力腿平台六自由度有限运动非线性控制方程。
The governing differential equations of tension leg platform considering comprehensive nonlinearities are deduced.
在控制方程的推导中，对黏弹性本构关系采用物质导数。
The governing equation was derived from the viscoelastic constitution relation by using material derivative.
建立该项目的系统动态模型，包括因果环路图和控制方程。
Build a system dynamics model of the project including causal loop diagrams and governing equations.
区间有限元的静力控制方程常被归结为区间方程组来求解。
The static governing equations of interval finite element method (FEM) are always transformed into interval equations to solve.
阐述了二维弱可压缩流体流动控制方程和大涡模拟湍流模型。
The weakly compressible fluid control equations and the large eddy simulation turbulence model are expounded.
设计了溜冰机器人运动学状态空间表达式和运动学控制方程。
The kinematic state space representation and its corresponding control equation of the ice skater robot were presented.
用一有效的有限差分法同时求解油膜和轴瓦的温度控制方程。
The energy equations of the oil film and the bush are solved simultaneously by using an efficient finite difference scheme.
流体在迷宫密封内的流动过程，遵循流体流动的所有控制方程。
Fluid in the labyrinth seal flow process, to follow all the control of fluid flow equation.
控制方程采用通用的对流扩散方程并利用有限控制容积法离散。
The governing equations represented by the general convection diffusion forms are discretized using the finite control volume method.
根据圆柱形坐标系的三维弹性力学控制方程，导出其状态方程。
Based on control equation of three dimensional elasticity in cylindrical coordinate system, the state equation is derived.
首次提出组合隔震结构，推导了组合隔震结构的动力及控制方程。
The composite isolated structure is presented for the first time, and the dynamic and control equation are derived.
采用打靶法求解非线性控制方程，绘出了圆板的热过屈曲平衡路径。
The nonlinear governing equations are solved numerically by adopting a shooting method and the equilibrium paths of thermal post-buckling of the circular plates are obtained.
并提出在数值模拟控制方程中，如何考虑加入桩(群)影响的阻力项。
In the governing equation of numerical simulation, factors of resistance considering effects of pile or pile group were applied.
本文导出的动力学控制方程是高度非线性的STIFF常微分方程组。
The dynamic equations developed in this paper are a set of highly nonlinear STIFF ordinary differential equations.
通过相关的控制方程，分析了一些在实际应用中应当注意的具体问题。
The discrete control function was given in this paper, and some practical issues in application were discussed.
指出原有液压压下控制方程存在的问题，并对该控制方程进行了修正。
The problem with AGC equation for hydraulic screw has been exposed in the paper.
在水斗三维贴体坐标系中，还推导了流体粒子在水斗曲面上的运动控制方程。
The governing equation of motion for fluid particles moving on bucket was deduced on BFC at the same time.
介绍一种在非交错网格上，求解非正交曲线坐标系下的流动控制方程的方法。
This paper presents numerical solution for governing equation of flows in curvilinear coordinate system with nonstaggered grids.
对带色散项非线性控制方程进行了研究，用“参数微分法”，得到其近似解。
This paper studies nonlinear wave equation with dispersion items, reaching an approximate Solution in the method of Parameter differentiation.
提出了一种新的结构体系———组合隔震结构体系，并推导了振动及控制方程。
A new pattern of structures, combined isolation structure, was presented, and its vibration and control equations were derived.
在非常复杂的系统的分析中，系统组件的控制方程是由一个大的联立方程形成的。
In the analysis of very complex systems, the governing equations for the system components form a large set of simultaneous equations.
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