由于结构性、初始各向异性和复杂的应力路径的共同影响，往往使极限状态设计如何确定天然土体渐进破损的强度及参数变得复杂而困难。
The mutual effects of the structure, initial anisotropy and complex stress path make it complicated and difficult to determine the progressive destructive strength and parameters of natural soils.
水汽的敏感性试验结果表明，水汽的输送对台风的中心强度、台风的移动路径及台风降水有明显的影响。
The output of sensitivity experiment of moist show that moist could exercise a great influence on typhoon center intensity, typhoon motion and precipitation.
热带气旋路径及强度变化是台风预测的两个主要方面。
Tropical cyclone tracks and intensity change are two important aspects in typhoon forecast.
改进了热带气旋暴雨的落区及降水强度，且主要落区误差的修正位于热带气旋移动路径的右侧并同主要的SST降温区相关；
The distribution and intensity of mesoscale rainfall are improved, with main distribution correction lying on the right of cyclone track and correlating with SST dropping area.
研究结果表明，与现有的砂土本构模型相比，所提出的模型能更好地模拟应力路径及加载速率变化对砂土变形和强度特征的影响。
It is shown that the proposed model can much better simulate the effects of stress path and loading rate on the deformation and strength characteristics of sandy soil than the previous models.
矢量散度、旋度特征和锋生锋消现象的联系，并和与此台风前期路径及强度相似、但进入西风带后很快消失了的8406号台风的诊断结果进行了对比。
The result was compared with another typhoon (8406) whose early path and intensity were similar to 8509 but not developed when it entered the westerly belt.
结果表明 ，西太平洋热带气旋以四种主要路径影响黄、渤海 ，其影响时间、频数及强度均有不同。
The results show that there are four main paths by which West Pacific tropical cyclones influence the Yellow Sea and the Bohai Sea at different times, with different frequencies and intensities.
结果表明 ，西太平洋热带气旋以四种主要路径影响黄、渤海 ，其影响时间、频数及强度均有不同。
The results show that there are four main paths by which West Pacific tropical cyclones influence the Yellow Sea and the Bohai Sea at different times, with different frequencies and intensities.
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