| 1. | Constructional details of concrete ship
钢筋混凝土船结构节点和图例 |
| 2. | Node of hull structure for fiberglass reinforced plastics fishing vessel
玻璃钢渔船船体结构节点 |
| 3. | Reflection and transmission of stress shock wave at structure node
应力冲击波在结构节点的反射和透射 |
| 4. | Constructional details of ferro - cement vessels and some typical drawings
钢丝网水泥船结构节点和图例 |
| 5. | Nodes of steel fishing vessel
钢质渔船船体结构节点 |
| 6. | Some results are drawed through research . it is carried out to provide bases for establishing the damage detection system in the paper
通过对杆件节点刚度的折减计算分析得出了一些有意义的结论，为结构节点损伤诊断系统的建立提供依据。 |
| 7. | The strain mode is sensitive to structural damage , and joint damages of framed structures can be diagnosed successfully using element end strain mode shift
应变模态具有对结构损伤敏感的特点，应用结构杆端应变模态，完全可以实现框架结构节点的损伤诊断。 |
| 8. | Damage degree for a structure can be detected by energy spectrum at different frequency bands for the signal decomposed by wavelet packets . 2
不同损伤状态下的结构节点振动信号经小波包分解后在各频带上的投影是不同的,将其作为特征向量可以实现对结构的损伤程度的识别。 |
| 9. | Sui yunkang and pan tianqun ， " fuzzy " precision processing for structural model of nodes in finite element method , international conference modelling & simulation , shekou shenzhen , 1988
隋允康、潘天群，结构节点模型的"弗晰"精化处理，计算结构力学及其应用， 6卷3期( 1989 ) |
| 10. | By the method of optimizing node number , the storage technology of one - dimension changing bandwidth and the solver utilizing block - to - block technology , the sgscad has a high speed of calculating and efficiently reduces the size of memory requested
通过对结构节点编号优化方法的研究，以及采用一维变带宽存储技术和分块求解技术，大大加快了计算速度，减小了内存要求。 |
