1) three dimensional heat transfer
三维传热
1.
The three dimensional heat transfer phenomena for a B.
应用有限单元法分析了高炉炉墙的三维传热问题，探讨了简洁、实用的三维传热有限元求解方法，得到了近乎实际的计算结
2) 3-D heat transfer
三维传热
1.
The 3-D heat transfer models of piston set-cylinder liner coupling system was created on the assumption that the lubricant film was 1-D thermal resistance,and then the instantaneous varied lubricant film thickness along the circle of piston set was calculated and analyzed with the developed 3-D hydrodynamic lubrication analysis program.
通过将润滑油膜假设为一维热阻,建立了活塞组—气缸套整体耦合系统的三维传热模型,应用所开发的三维流体动压润滑分析程序对活塞环组沿周向瞬时变化的油膜厚度进行了计算与分析。
3) three-dimensional heat transfer
三维热传导
1.
Utilized the equivalent element based on three-dimensional heat transfer theory and Galikin finite element methods for heat conduction,the results with higher accuracy and less computation are achieved.
针对包含复合材料的多层混合结构的热传导问题,本文通过基于散度表示的一般瞬态三维热传导方程,利用Galikin法建立了复合多层混合结构瞬态三维热传导的有限元方程。
4) threedimensional transient heat transfer
三维瞬态热传导
5) Three Dimensions Heat Transfer Caloulation
三维传热计算
6) three_dimensional heat conduction equation
三维热传导方程
1.
A class of two_level explicit difference schemes are presented for solving three_dimensional heat conduction equation.
提出了一族三维热传导方程的两层显式差分格式 ,当截断误差阶为O(Δt +(Δx) 2 )时 ,稳定性条件为网格比r=Δt(Δx) 2 =Δt(Δy) 2 =Δt(Δz) 2 ≤ 12 ,优于其他显式差分格式· 而当截断误差阶为O((Δt) 2 +(Δx) 4 )时 ,稳定性条件为r≤ 1/ 6 ,包含了已有的结果
补充资料：AutoCAD二维文件转化成solidworks三维文件
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