3) cold-formable laminate
冷型材层压材料
4) Composite laminate
复合材料层压板
1.
The method of genetic algorithm is employed to solve the ply orientation angle optimization problem of composite laminates that have the unchanged total number of plies, to satisfy the requirements of natural frequencies of vibration.
本文采用遗传算法，对给定层数的复合材料层压板在满足有固有频率的要求下进行铺层角的优化设计。
2.
The method of genetic algorithm is employed to solve the optimization problem of ply stacking sequence of composite laminates with given plies, to satisfy the requirement of natural frequencies of vibration.
对给定铺层的复合材料层压板在满足固有频率的要求下，采用遗传算法进行了铺层顺序的优化。
5) composite laminates
复合材料层压板
1.
Experimental study on the behavior and characterization methods of composite laminates to withstand impact;
复合材料层压板抗冲击行为及表征方法的实验研究
2.
Damage resistance analysis of composite laminates subjected to quasi-static indentation;
准静态压痕力作用下复合材料层压板的损伤阻抗分析
3.
By taking bismaleimide matrix composite laminates as an example, a new concept, the so-called ex-situ toughening, for aircraft applications, is illustrated, which is different from those of overall-toughening or interleaving toughening so far widely accepted.
"离位"技术不仅可较大幅度地提升复合材料层压板的所有层间韧性而保持其面内性质基本不变,而且在应用上具广谱适用性。
6) laminated composite
层压复合材料
1.
The vibration damping characteristics of steel- polymer-steel laminated composite sandwiched respeetively by polyurethane, rubber and 502 glue were studied.
研究了由聚氨酯、橡胶及５０２胶作为夹层的钢板─高聚物─钢板层压复合材料的减振特性，结果指出，采用聚氨酯及其橡胶作夹层制得的复合材料具有很好的减振特性，而用５０２胶作夹层，不能改善减振效果。
2.
Damage mechanisms of aramid fabric thermosetting,high strength polyvinyl alcohol fabric thermosetting and thermoplastic laminated composite targets subjected to sharp projectile are investigated through analysis of appearance damage,cross section and SEM of broken fiber ends.
以侵彻能力很强的钢芯尖头弹作为弹体 ,通过对靶板表观损伤模式的观察和分析、靶板的剖面观察和弹孔处断裂纤维的 SEM观察 ,研究了 Twaron热固性层压复合材料靶板、PVA热固性和热塑性层压复合材料靶板的弹道冲击破坏机
补充资料：玻璃层压材料
玻璃层压材料
Laminated Materials，Glass
加11 eengya Caillao玻璃层压材料Laminated Materials，Glass宋效民中国建筑材料科学研究院玻璃科学研究所刘淑芬中国建筑材料科学研究院玻璃科学研究所特性·……杭冲击性能3，3.1.3 .2.3.3.4.4 .1.品种、规格及标准························……48品种··········································……482.音量控制性能光学性能制造·…规格标准应用 49 49Od 9 QJ︸日nUO左JJ任月组51勺︸b原材料抗冲击风档特种夹层玻璃55内匕6户n丹h六n﹄︵h︸行了月任J任jqA二J几J任月，J性j马璃玻2.粘接材料生产方法2.2，1.热压法·············“························……472.2.2.丙烯酸类灌浆法···························……484.3.飞机风挡4.4.建筑制品今考文献····…… 玻璃层压材料又称夹层玻璃，是由两片或多片平板玻璃之间用透明的弹性胶片或中间灌注丙烯酸酷类粘合剂，粘接在一起，经加热、加压，合成平的或弯曲的复合玻璃制品。常用的塑料膜片为聚乙烯醉缩丁醛胶片。夹层玻璃于本世纪初间世，当时一位法国化学家价nedictus偶然打碎了一个装有已干燥的硝酸纤维的长颈瓶，从而发明了夹层玻璃，并于1906年发表了第一个专利[，〕。 夹层玻璃生产初期，推广应用发展缓慢，随着汽车数量的增加与速度的提高，其前面的风挡玻璃破碎导致的伤亡事故不断增加受到重视时，夹层玻璃的使用才逐渐增多。当时，最为常用的风挡玻璃结构是用硝酸纤维将两层玻瑞枯合起米，后来发现用此种粘接材料使玻璃起雾、变色和强度降低，1933年由醋酸纤维取而代之。使用醋酸纤维的夹层玻璃耐日光照射性能有所提高，但在一定温度范围内强度仍较低且起雾。
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参考词条