表3列举了可能的结合,并解释了相应的消息体(阴影单元代表了上面实例的情况)。
Table 3 lists the possible combinations and explains the resulting SOAP message body (the shaded cells represent the cases of the above examples).
本文以代表体元作为基本单元,分析了在荷载作用和温度变化时,复合材料层合板单层中组分材料的微观应力。
With, the representative unit as the basis, the microstress of the component materials in the monolayer of composite laminates were analysed under variant load and temperature.
在分析岩体水力耦合过程基础上,根据岩体的基本结构及代表性单元体(REV)是否存在提出了建立水力耦合模型的方法。
Based on analyzing HM coupling processes, the conceptual HM coupled models are proposed according to basic structure of rock mass and concept of representative element volume (REV).
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