| 1. | Pole system fem analysis of double spring model
双弹簧地基模型的杆系有限元分析 |
| 2. | Two fast algorithms for mass - spring model
弹簧模型的两种快速算法 |
| 3. | Paper and board - determination of printing surface strength - accelerating speed method pendulum or spring model
纸和纸板印刷表面强度的测定摆或弹簧加速法 |
| 4. | An unified soft t . ssue modeling method using mass - spring model was given in this paper
本文采用弹簧-质点建模方法提出了人体软组织面模型和体模型系统统一的建模方法。 |
| 5. | Method for determining the resistance to picking of paper and board : accelerating speed method using the igt tester - pendulum or spring model
纸及纸板抗撕扯性测定方法.第1部分:荷兰印刷技术研究所igt试验机 |
| 6. | Non - linear dynamics characters of a rotor system for an elastic shaft - disk with a crack are examined by introducing the geometric non - linearity and equivalent line - spring model
本文引入了几何非线性关系和等效线弹簧模型对含裂纹的弹性轴弹性盘转子系统进行非线性动力学分析。 |
| 7. | In the next , and final , article in this series i ll introduce the spring model - view - controller module and show you how to use it to simplify the creation of web - based applications
在这个系列的下一篇，也是最后一篇文章中，我将介绍spring的mvc模组，介绍如何用它来简化架构在web的应用程式的建立。 |
| 8. | Based on the line spring model of rice and levy , this paper sets up eight nodes line spring element and its stiffness matrixes and works out a program consist of prism element , hexahedron element and line spring element
编制了五面体单元、六面体单元和八节点线弹簧单元相结合的计算程序，计算了t型板接头表面裂纹的应力强度因子，计算值与光弹性试验结果吻合较好。 |
| 9. | Based on mass - spring model , a method of automatic mode - selecting method is presented to solve the difficulties of selecting corresponding modes close to the excitation frequency , in adaptive perturbation for mistuned bladed disks
摘要针对自适应摄动法在失谐叶盘受迫振动分析中，选择接近激振力频率的相应模态数目难于控制的问题，基于质量弹簧模型，提出一种自动选择模态的方法。 |
| 10. | Compared with the beam model , the shell - spring model proposed in this paper can examine the failure mode of a buried pipeline under the fault movement more clearly . the occurrence of the third damage in thames water pipeline is specially discussed in chapter 3
在模拟土耳其地震大口径钢管的震害中，本文壳模型的分析结果与eidinger的梁单元模型比较，可以更清楚地解释管子第三处破坏产生的原因。 |
