| 1. | Analytical solution transformation method for data of o - cell pile testing
自平衡试桩结果的解析转换法 |
| 2. | Our emphasis is mainly placed on the phase shifts of solitons
利用对数转换法，我们可以解得波形发展型态及碰撞后之相位变化。 |
| 3. | Beam lobe switching
波束瓣转换法 |
| 4. | How to reduce the search space by adding constraints for eliminating symmetries is also discussed . the experiments show the effectiveness of the new algorithm and the constraints added
另一项研究工作是关于如何在转换法中利用folms问题所具有的同构现象，通过添加约束从而减少转换所得的sat问题的搜索空间。 |
| 5. | As for the transformation between the local height datums , three methods are summarized , which are the direct method , the indirect method and the coordinate transformation method . their respective application fields are also analysed
针对局部高程基准之间转换的不同情况，总结了三种转换方法：直接法、间接法和坐标转换法，并分析了各自的适用范围。 |
| 6. | In sna , the transformation of data by packing two characters in a byte so as to take advantage of the fact only a subset of the allowable 256 characters is used ; the most frequently sent characters are compacted
在系统网络体系结构( sna )中使用的一种数据转换法,即把两个字符装配在一个字节之中,这样就可以利用在允许使用的256个字符中只使用了其中的一个子集这一点,来把最常发送的字符进行压缩。 |
| 7. | It was later demonstrated the possibility to get hexahedron mesh through tetrahedron conversion method . basing on the preprocessor module of zrcae software , a program system has been developed with which hexahedron mesh can be automatically generated
随后论证了四面体转换法全自动生成六面体网格的可行性，并在紫瑞cae软件前处理模块的基础上，研制开发了八节点和二十节点六面体网格的全自动剖分程序。 |
| 8. | The main contributions of the dissertation are as follow : ( 1 ) the possibility of generation hexahedron mesh through tetrahedron conversion method was studied , and a set of feasible method to deal with the boundary condition of constraint and loads has been brought forward
本文的主要工作包括如下几个方面： ( 1 )研究了在紫瑞cae基础上采用四面体转换法进行六面体网格全自动剖分的可行性并对约束和载荷的处理提出了一套可行的方案。 |
| 9. | Beginning with the shortcomings of s / n ratios method , other three techniques of permias and data transformation and response surface methodology which are alternatives to s / n ratios method have been analyzed . in addition , for an example of a thermal expansion instrument ' s robust design , it has been proved that surface methodology is an improvement to s / n ratios method
从田口s n比法的弊端入手，分析了s n比法的替代方法： permias法、数据转换法和响应曲面法，并以实例证明：响应曲面法对s n比法的改进。 |
