The problem of thermal stress and a need for temperature control in the mass concrete construction also occur in the roller compacted concrete dams(RCCD).
大体积混凝土的温度应力问题与温度控制要求在碾压混凝土坝中同样存在。
The key of this technology is the formability and the control of the thermal stress. And these are associated with the temperature field and stress field.
熔积成形的技术关键是成形性与热应力的控制，而这些与成形过程的温度场和应力场紧密相关。
Thermal stress and temperature control is crucial in mass concrete structure.
在大体积混凝土结构中，温度应力和温度控制具有重要的意义。
Therefore, research on thermal stress during construction period and temperature control is very important to prevent cracks and guarantee the safety.
因此，施工期温度应力与温度控制的研究对预防裂缝、保证工程的安全具有重要意义。
The technique plays an important role in the proper selection of parts, thermal electrical stress control in the circuit design and derating.
说明这一方法对元器件的正确选择、电路设计中热电应力的控制和降额等可靠性设计起主导的作用。
The paper gives the formula of temperature stress by analyzing the cause, classification and control mechanism of the the thermal crack control of concrete.
通过对混凝土温度裂缝分类、成因与控制机理的分析，总结了混凝土温度应力的公式。
The formula of temperature stress by analyzing the cause of the the thermal crack control of concret is given.
通过对混凝土温度裂缝机理的分析，总结了混凝土温度应力的公式。
The formula of temperature stress by analyzing the cause of the the thermal crack control of concret is given.
通过对混凝土温度裂缝机理的分析，总结了混凝土温度应力的公式。
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