Composite honeycomb panel is a new kind of environmental material.
蜂窝复合板是一种新型环保材料。
Aluminium honeycomb panel, Sandwich board, Stainless steel honeycomb panel, Stone honeycomb panel, Aluminium-plastics composite panel, ridge plates.
铝蜂窝板，不锈钢蜂窝板，石材蜂窝板，铝塑板，铝单板。
Marble aluminum honeycomb panel as a result is formed by the marble on the autopsy, so it can be to some extent; solve the problem of Mosaic marble designs.
由于大理石铝蜂窝板是由大理石对剖而成，所以可以在一定程度上解决大理石花色拼接的问题。
A finite element model was established to simulate the forming process of double curvature honeycomb sandwich panel under the conditions of "nails die, vacuum".
建立了双曲率蜂窝夹层板在“点阵钉模、真空负压”条件下成形的有限元分析模型。
Aluminium honeycomb sandwich panel has high strength, light weight, so it is widely used in many products.
铝蜂窝夹芯板由于其强度好，重量轻，正广泛用于许多制件上。
This paper examines the steady-state temperature field in a wedge-shaped honeycomb sandwich panel under the condition of assymetrical heating.
本文研究非对称加热情况下楔形蜂窝板的稳定温度场。
Using the 3-D homogenization method and the finite element technique, we evaluate the effective elastic constants of the 3-D honeycomb sandwich panel.
基于三维均匀化方法并结合有限元技术，计算三维蜂窝夹层板的等效弹性常数。
In this paper, by modeling a actual foam sandwich panel, the aluminum foam sandwich simplifiedas standard honeycomb is preliminarily proved feasible.
最后再针对其他试验工况，将修正后的有限元模型与实验结果比对，以验证标准蜂窝结构来模拟泡沫铝夹芯的可行性。
Honeycomb sandwich steel panel has light weight, high strength-to-weight ratio, good shock-absorbing and impact endurance.
钢质蜂窝夹芯板具有质轻、比强度高、减震、耐冲击和节省材料等优点，是一种具有良好发展前途的夹芯板。
The designing rules for primary components of Metallic Thermal Protection System (TPS) are given by comparing and analyzing the difference of superalloy honeycomb TPS panel and improved TPS panel.
通过比较分析超耐热合金防热板和改进型防热板，给出了金属热防护系统的各个部分的设计准则。
The designing rules for primary components of Metallic Thermal Protection System (TPS) are given by comparing and analyzing the difference of superalloy honeycomb TPS panel and improved TPS panel.
通过比较分析超耐热合金防热板和改进型防热板，给出了金属热防护系统的各个部分的设计准则。
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