A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲的边界理论推广到复合材料合剪切圆柱曲板受侧压作用的情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有效的抛物化稳定性方程(PSE)方法研究边界的非平行稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

边界理论，等温、等热流垂直板，等热流非对称之垂直两平行板自由对流以及最佳及最大气渠板距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

通常的做法是，对于流场计算以速度边界厚度作为法向寸划分标准，对于热流计算则根据雷诺数确定寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升流使得局部温越(深处的冰冷海水和表面的温暖海水交界处的水)可鼓出10米之高。

A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲的界理论推广到复合材料合剪切圆柱曲板受侧压作用的情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有效的抛物化稳定性方程(PSE)方法研究界的非平行稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

界理论，等温、等热流垂直板，等热流非对称之垂直两平行板自由对流以及最佳及最大气渠板距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

通常的做法是，对于流场计算以速度界厚度作为法向尺寸划分标准，对于热流计算则根雷诺数确定尺寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升流使得局部温越(深处的冰冷海水和表面的温暖海水交界处的水)可鼓出10米之高。

A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲的边界理论推广到复合材料合剪切圆柱曲板受侧压作用的情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有效的抛物化稳定性方程(PSE)方法研究边界的非平行稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

边界理论，等温、等热流垂直板，等热流非对称之垂直两平行板自由对流以及最佳及最大气渠板距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

通常的做法是，对于流场计算以速度边界厚度作为法尺寸划分标准，对于热流计算则根据雷诺数确定尺寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升流使得局部温越(深处的冰冷海水和表面的温暖海水交界处的水)可鼓出10米之高。

A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲边界理论推广到复合材料合剪切圆柱曲板受侧压作用情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有物化稳定性方程(PSE)方法研究边界非平行稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

边界理论，等温、等热流垂直板，等热流非称之垂直两平行板流以及最佳及最大气渠板距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

通常做法是，于流场计算以速度边界厚度作为法向网格尺寸划分标准，于热流计算则根据网格雷诺数确定网格尺寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升流使得局部温越(深处冰冷海水和表面温暖海水交界处水)可鼓出10米之高。

A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲边界理论推广到复合材料合剪切圆柱曲板受侧压作用情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有抛物化稳定性方程(PSE)方法研究边界非平行稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

边界理论，等温、等热垂直板，等热非称之垂直两平行板自以及最佳及最大气渠板距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

通常做法是，于场计算以速度边界厚度作为法向网格尺寸划分标准，于热计算则根据网格雷诺数确定网格尺寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升使得局部温越(深处冰冷海水和表面温暖海水交界处水)可鼓出10米之高。

A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲的理论推广到复合材料合剪切圆柱曲受侧压作用的情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有效的抛物化稳定性方程(PSE)方法研究的非平行稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

理论，温、流垂直，流非对称之垂直两平行自由对流以及最佳及最大气渠距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

通常的做法是，对于流场计算以速度厚度作为法向网格尺寸划分标准，对于流计算则根据网格雷诺数确定网格尺寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升流使得局部温越(深处的冰冷海水和表面的温暖海水交处的水)可鼓出10米之高。

A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲的边界理论推广到复合材料合剪切圆柱曲板受侧压作用的情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有效的抛物化稳定性方程(PSE)方法研究边界的稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

边界理论，等温、等直板，等对称之直两板自由对以及最佳及最大气渠板距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

通常的做法是，对于场计算以速度边界厚度作为法向网格尺寸划分标准，对于计算则根据网格雷诺数确定网格尺寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升使得局部温越(深处的冰冷海水和表面的温暖海水交界处的水)可鼓出10米之高。

A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲边界理论推广到复合材料合柱曲板受侧压作用情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有效抛物化稳定性方程(PSE)方法研究边界非平行稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

边界理论，等温、等热流垂直板，等热流非对称之垂直两平行板自由对流以及最佳及最大气渠板距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

做法是，对于流场计算以速度边界厚度作为法向网格尺寸划分标准，对于热流计算则根据网格雷诺数确定网格尺寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升流使得局部温越(深处冰冷海水和表面温暖海水交界处水)可鼓出10米之高。

A boundary layer theory of shell buckling,which includes the effects of nonlinear prebuckling deformations, large .

将壳体屈曲的边界理论推广到料剪切圆柱曲板受侧压作用的情况。

In this article the nonparallel stability of the boundary layer is investigated effectively by using the parabolized stability equations (PSE).

采用极为有效的抛物化稳定性方程(PSE)方法研究边界的非平行稳定性。

Boundary layer theorem, isothermal and isoflux vertical plates, asymmetric isoflux vertical parallel plates of free convection, optimum and maximum channel space will be discussed.

边界理论，等温、等热垂直板，等热非称之垂直两平行板自由以及最佳及最大气渠板距将被讨论。

Ordinarily, the thickness of velocity boundary layer and grid Reynolds number are used as the delimitating standards for flow field and aerothermal heating computations respectively.

通常的做法是，场计算以速度边界厚度作为法向网格尺寸划分标准，热计算则根据网格雷诺数确定网格尺寸。

The upwell ing brings the thermocline—the boundary layer between deep, cold water and the warm water of the surface—up as high as 30 feet from the top.

上升使得局部温越(深处的冰冷海水和表面的温暖海水交界处的水)可鼓出10米之高。