| 1. | The most important severe hazard risk is the ground contact condition which arises in transmission poles, fence posts and railway sleepers .
危害木材最严重的情况，是在木材与地基接触的条件下发生的，为通讯电杆，栅栏柱材和铁路枕木。 |
| 2. | Standard test method for determining the antimicrobial activity of immobilized antimicrobial agents under dynamic contact conditions
在动态接触条件下固定抗菌剂抗菌活性测定的标准试验方法 |
| 3. | Based on the boundary integral equation method , the system equation of contact problems , including contact conditions , is established
利用边界积分方程，结合接触条件，形成接触问题的系统方程。 |
| 4. | Secondly , using the perfectly bonded contact conditions between the layers , the delivery matrix between the electro - elastic layer and normal layer is worked out
再由层间连续条件，计算由压电层到一般层的传递矩阵。 |
| 5. | To figure out the nonlinear contact condition of the leaf spring , we use contact element type to simulate the contact region of leaf spring , and treat with the elements " attributes properly
在两簧片的接触区域生成ansys软件所提供的接触单元，并通过适当的特性选取，来模拟簧片间的非线性接触。 |
| 6. | The effective adhesion of permeable base and asphalt pavement , good residence of scouring property of mixture and good drainable property are benefit for undersurface of pavement and permeable base course to keep good successive contact condition
大孔隙水泥稳定碎石排水基层和沥青面层的有效联结、混合料本身良好的抗冲刷性能和良好的排水性能，有利于沥青下面层和排水基层的层间接触条件维持在连续状态。 |
| 7. | Different vibration characteristics between the two models are discussed . geometry mismatch in a turbine blade root , which arose in manufacturing process or caused by wearing out during service , leads to contact conditions changed in fir - tree attachments
汽轮机叶根制造尺寸误差或运行磨损造成的尺寸改变会导致叶根与轮盘接触状态变化,进而引起叶片固有频率发生漂移,并有可能接近共振频率而导致叶片事故。 |
| 8. | Through structural analysis of traditional semi - rigid base course asphalt pavement which appears water damage , the paper reach the conclusion that water has an effect on material design parameter and pumping leading to the change of contact condition are the main factors
通过对传统的半刚性基层沥青路面出现水损破坏进行结构分析，得知水对材料设计参数的影响和由于唧浆现象导致路面结构层层间接触条件的变化是沥青路面出现水损破坏的主要原因。 |
| 9. | In order to evaluate the capability of ctp in theory and understand the mechanisms of ctp , the hydrodynamic model of ctp without considering deformation of pad was set up and solved by numerical method . the model involves two contact conditions : the full - film contact and partial - film contact
为了从理论上评价ctp的性能并掌握其机理,以便应用于指导实际,本文基于全膜接触和部分膜接触两种工况,建立了不考虑抛光盘变形的ctp流体动力学模型并进行了数值求解。 |
