| 1. | The remaining boundary condition leads to a transcendental equation .
剩下的一个边值条件导致一个超越方程。 |
| 2. | We attach the boundary conditions to the steady-state solution u(x) .
我们把边值条件联系到定态解U（x）上。 |
| 3. | The boundary-initial value problem is reduced to a boundary-value problem only .
边值-初值问题简化成仅仅是边值问题。 |
| 4. | We begin by recapitulating the complete list of equations for a mixed boundary-initial value problem .
开始时，我们重新列出适用于混合边值问题的那些方程的完备表。 |
| 5. | Both initial and boundary-value problems, including displacement, traction and mixed boundary conditions are solved .
解决了初始和边值问题，包括位移的、曳力的和混合的边值条件。 |
| 6. | The compatible boundary conditions are evidently uniform tractions applied on the inner and outer surfaces of the shell .
可相容的边值条件显然是作用在球壳的内表面和外表面上的均匀曳力。 |
| 7. | Boundary value problems for fuzzy differential equations
模糊微分方程的边值问题 |
| 8. | Experimental study on boundary condition of temperature
温度边值问题的实验研究 |
| 9. | Boundary value method on the analysis of plane curved bar
平面曲杆分析的边值法 |
| 10. | Two - point boundary value problem forsteady burgers equation
方程的两点边值问题 |
