本文分析了园筒形陶瓷生坯干燥应力情况。
This paper analyses drying stress of cylindrical pottery blank.
木材干燥应力是干燥过程中产生干燥缺陷的主要因素。
The drying stress is the main reason that causes the drying defects.
讨论了热湿处理与干燥速度、弦径向干缩比和干燥应力之间的关系。
The effect of hydrothermal treatment on drying rate, ratio of tangential shrinkage to radial shrinkage and drying stress is discussed.
在模型中引入与木材含水率密切相关的干缩元件，解释各层的干缩差异是产生干燥应力的源动力。
Wood drying shrinkage element introduced in the model may explain the original force of producing drying stress of shrinkage differential of different layers.
当试材含水率降至FSP以下时，微波处理可以有效地减小木材内部的含水率偏差，从而减缓木材干燥应力。
Otherwise the moisture content gradient and drying stress can be reduced by MW treatment when moisture content is below FSP.
干燥过程中产生的应力与含水率梯度、干缩量和含水率、应力指标，存在一定的相关关系。
The stress produced during the process of drying had a certain relation with moisture gradient, shrinkage, moisture and stress index.
应力，干燥的天气，或热或冷的温度。
因而可以推断干燥过程不是水稻应力裂纹形成的主要阶段，其应力裂纹的形成主要出现在干燥结束后和吸湿过程中。
It is concluded that the rough rice may be fissured after drying or during moisture adsorption. Through the experiments, the rough rice fissuring mechanism has been studied.
试验研究了水稻在收获前、干燥过程中、干燥后存放和吸湿过程中的应力裂纹规律。
The rough rice may be fissured pre-harvest, in the drying process, after drying and in the moisture adsorbing environment.
研究了水稻在干燥后存放过程中的应力裂纹规律。
Studied the fissuring of rough rice after drying and storage process.
研究了稻谷在干燥过程中、干燥后存放和吸湿过程中的应力裂纹规律。
The law of the paddy fissuring during the process of drying process, storaging after drying and in the moisture adsorbing environment was studied.
与干燥状态相比，泡水后软岩除了瞬时变形模量大幅度降低外，流变也很显著，这会对坝体应力带来明显的影响。
The deformation modulus decreases evidently and the nonlinear rheological property is more significant when the rock is immersed, which will affect the stress distribution of arch DAMS.
研究了水稻在干燥后存放过程中的应力裂纹规律 。
Progress in research on stress cracks of corn drying process;
实验研究表明，不管是干燥岩石还是含束缚水岩石，低渗透砂岩储层的应力敏感性是客观存在的，而且这种应力敏感性对储层渗透率造成的伤害不可忽视。
By the experiment study, the stress-sensitivity of low-permeability gas reservoirs is being existed objectively. And the hurt for reservoir's permeability can't be ignored.
实验研究表明，不管是干燥岩石还是含束缚水岩石，低渗透砂岩储层的应力敏感性是客观存在的，而且这种应力敏感性对储层渗透率造成的伤害不可忽视。
By the experiment study, the stress-sensitivity of low-permeability gas reservoirs is being existed objectively. And the hurt for reservoir's permeability can't be ignored.
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