最新ADINA流体计算示例导入nastran网格

1、focused on excellenceadinaadina流体计算示例-导入nastran网格adina技术部模型文件：01_1st-order.in（施加离心力的cfd流体计算模型）02_2nd-order.in（施加刚体运动的cfd计算模型）post.plo（施加刚体运动的cfd计算模型）focused on excellenceadina模型示意图模型示意图如下：此模型按国际单位制si来考虑。focused on excellenceadina流体网格模型流体网格模型如下：focused on excellenceadina流体材料模型定义k-e湍流模式及材料属性：focused o

2、n excellenceadina施加边界条件定义并施加冷水进口边界条件：focused on excellenceadina施加边界条件定义并施加冷水进口边界条件：focused on excellenceadina施加边界条件定义并施加冷水进口边界条件：focused on excellenceadina施加边界条件定义并施加热水进口边界条件：focused on excellenceadina施加边界条件定义并施加热水进口边界条件：focused on excellenceadina施加边界条件定义并施加热水进口边界条件：focused on excellenceadina流体一阶计算设

3、置及计算结果focused on excellenceadina求解设置全部采用一阶精度，方程残差连续性残差为1e-5，其它参数的残差为1e-3。focused on excellenceadina计算结果速度云图如下：focused on excellenceadina计算结果温度云图如下：focused on excellenceadina计算结果静压云图如下：（注意：注意：adina内的内的node-pressure是静压的概念。是静压的概念。）focused on excellenceadina计算结果自定义动压参数：focused on excellenceadina计算结果动压云图

4、如下：focused on excellenceadina计算结果自定义总压参数：focused on excellenceadina计算结果总压云图如下：focused on excellenceadina计算结果出口处温度随路径的变化曲线如下：focused on excellenceadina流体二阶计算设置及计算结果focused on excellenceadina求解设置改为采用二阶精度。focused on excellenceadina计算结果速度云图如下：focused on excellenceadina计算结果温度云图如下：focused on excellenceadina计算结果静压云图如下：（注意：注意：adina内的内的node-pressure是静压的概念。是静压的概念。）focused on excellenceadina计算结果动压云图如下：focused on exce