| 1. | Let us summarize the governing equations for a fluid, previously deduced .
现在让我们将上面推导出来的流体运动基本方程组归并在一起。 |
| 2. | In the analysis of very complex systems, the governing equations for the system components form a large set of simultaneous equations .
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。 |
| 3. | Kinetic theory governing equations for cavity flow
用动理学方法推导空化流的控制方程 |
| 4. | Uncoupling of governing equations for cyclic bi - periodic structures
循环双周期系统控制方程的解耦 |
| 5. | Matrix formulation of eulerian governing equations of finite strain consolidation theory
欧拉描述的有限应变固结控制方程之矩阵表述 |
| 6. | Chapter 2 describes the governing equations and the adopted physical and chemical method
第二章介绍了计算采用的控制方程与物理、化学模型。 |
| 7. | The governing equations are based on the classical laminated shell theory , and including hygrothermal effects
壳体控制方程基于经典层合壳理论，并包括湿热效应。 |
| 8. | Approximations and assumptions are made in the governing equations and representation of the physical processes
气象方程组及描述物理过程的方案都包含了近似和假设的成份。 |
| 9. | Approximations and assumptions are made in the governing equations and representation of the physical processes
气象方程组及描述物理过程的方案都包含了近似和假设的成份。 |
| 10. | First , the governing equations of the cylindrical shells are linearized by using the load incremental approach
首先使用载荷增量法将两种圆柱形壳体的非线性微分方程线性化。 |
