Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

由此可见，钢蜂窝夹芯板的面内压缩抗压强度主要由面板承受，蜂窝芯只起支撑稳定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

由此可见，钢蜂窝夹芯板的面内强度主要由面板承受，蜂窝芯只起支撑稳定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

由此可见，钢蜂窝夹芯板的面内压缩抗压强度主要由面板承受，蜂窝芯只稳定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

由此可见，钢蜂窝夹芯板面内压缩抗压强度主要由面板承受，蜂窝芯只起支撑稳定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

此可见，钢蜂窝夹芯的内压缩抗压强度主要受，蜂窝芯只起支撑稳定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

由此可见，钢蜂窝夹芯板压缩抗压强度主要由板承受，蜂窝芯只起支撑稳定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

由此可见，钢蜂窝夹芯板的面内压缩抗压强度主要由面板承受，蜂窝芯撑稳定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

由此可见，钢蜂窝夹芯板的面内缩度主要由面板承受，蜂窝芯只起支撑稳定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

由此可见，钢蜂窝夹芯板的面内压缩抗压强度主要由面板承受，蜂窝芯只起定用。

Thus it can be see that the compressive strength of steel honeycomb sandwich panels in-plane compression is primarily supported by faces and honeycomb cores only have sustentative and steady effects.

此可见，钢蜂窝夹芯板的内压缩抗压强度主板承受，蜂窝芯只起支撑稳定用。