The temperature field and temperature stress in concrete box girder bridges that caused by the solar radiation are studied in this thesis.
本文研究了混凝土箱梁由太阳辐射引起的温度场和温度应力。
This thesis develops an engineering software to calculate the temperature field and temperature stress under the varying temperature environments of insulation walls.
本文就保温墙体变温环境下温度场、温度应力计算为基础编制了工程用软件。
The difficulties of calculation are to establish the temperature field of structure under the action of ambient temperature and to calculate the thermal stress and thermal deformation.
其计算难点是建筑结构在环境温度作用下的温度场的建立与对应的温度应力和温度变形的计算。
The temperature field and stress field at any time on any section as well as the temperature history and stress history on any point of crankshaft can be visually displayed.
可直观显示任意时刻曲轴内任意截面上的温度场和应力场以及温度、应力等值线随着时间推移的情况，也可以显示任意点上的温度-时间曲线、应力-时间曲线。
Started with the analysis of temperature field, the temperature-warping stress and temperature contraction stress of porous concrete are studied, and the location of joint are discussed.
从分析路面温度场入手，研究了多孔混凝土基层的温度翘曲应力和温度胀缩应力，据此分析了多孔混凝土基层接缝的设置依据和缝间距离。
Secondly, temperature stress is solved by change of temperature field, and it is from heat load.
其次，根据温度场的变化求解锻模的温度应力。温度应力即为热负荷使锻模产生的应力。
To meet the needs of temperature, stress parameter measurement and monitoring of the industrial field, an embeded temperature and stress measurement system based on STM32 processor is designed.
为满足工业现场温度、应力参数测量与监控的需要，设计了一种基于STM 32处理器的嵌入式温度、应力测量系统。
Using thermal elastic mechanics illustrate changing of stress field caused by temperature changing of well wall and describe the change of temperature effect on stability of wellbore.
应用热弹性力学方法求解井壁由于温度变化而导致的应力场变化，并定量地给出温度变化对井壁稳定的影响，对深井安全施工有一定指导意义。
The influence of pouring temperature and shakeout temperature on the temperature field distribution, cooling velocity, stress and strain was analyzed.
分析了浇注温度、落砂温度对温度场分布、冷却速度、应力和应变的影响。
The thermal problem is dominant, the temperature field is complicated, thus, the non-uniform distribution of temperature field brings stress and distortions of parts produced.
成形过程中温度场是复杂多变的，这样的温度场会引起应力场而使得零件发生变形。
Making a simulation calculation to get the temperature field and thermal stress field of dam is an effective approach to solve it, and the temperature field simulation should come first.
进行温度、应力场仿真计算是解决这一问题的有效手段，温度场仿真计算又是首要之举。
Making a simulation calculation to get the temperature field and thermal stress field of dam is an effective approach to solve it, and the temperature field simulation should come first.
进行温度、应力场仿真计算是解决这一问题的有效手段，温度场仿真计算又是首要之举。
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