temperature build-up

Numerical simulation of temperature field for build-up welding based on Ansys APDL

基于Ansys APDL的堆焊热过程数值模拟

Temperature-controlled concrete is used to build large-sized dykes and high buildings.

大型水坝和高层建筑工作需要采用温控混凝土。

The temperature and moisture boundary layer structures established over the large size oasis together with oasis-desert circulation drove the oasis to build a self-protecting microclimatic environment; this is useful for the development of the oasis ecological system.

尺度较大的绿洲形成的温度和湿度边界层结构和环流配合，使绿洲形成具有自我保护的绿洲小气候环境，有利于绿洲生态的发展。

Normally the temperature build-up welding is 1600-1700 OC.

堆焊温度一般为 1600—1700OC,在这样的温度下,铸造碳化钨合金不会发生组织转变.

Build the mathematical mode about temperature and illumination which exploit the test condition of different seedtime and autochthonic resources about temperature and illumination, research the planting boundary about high yielding-excellent quality-late maturity Japonica rice.

利用不同播期水稻生育进程的试验资料和本地的温光资源，建立温光数学模式，研究高产优质迟熟中粳稻品种种植界限。

Second, analyzing the principle of the solar panel and using the MATLAB software to build the simulation of the output characteristic for the solar cell under different temperature and isolation.

其次，分析了太阳能电池板的工作原理，利用MATLAB仿真软件对不同环境及不同日照强度下的太阳能电池输出特性进行了建模、仿真。