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MECHANIZED TECHNOLOGIES FOR COMPOSITE SHIPBUILDING

机译:复合造船机械化技术

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摘要

Specific feature of structures made from composite materials is simultaneous shaping of material and structure - the same defined lead role of technology, integrating results of researches from the field of material science, design and structural analysis. Demand in polymer composites in shipbuilding is based on rare combination of outstanding performance characteristics, providing following advantages in comparison with conventional materials: 1. High specific strength, comparable with specific strength of steel and exceeding similar parameter of aluminum in almost two times; 2. Low density; the same is lower, than density of steel in 4.7 times and in 1.7 times lower, than density of aluminum; 3. Low heat conduction; 4. Application of composites allows making hull structures of irregular shape; 5. High corrosive resistance; 6. Low operational costs and easy repair of composite structures. Composite hull structures can be manufactured in different manners -depending on their type, purpose and carrying capacity. Presently, main manufacturing procedures are: 1. Vacuum shaping; 2. Winding.
机译:由复合材料制成的结构的特定特征是材料和结构同时成型-相同定义的技术主导作用,整合了材料科学,设计和结构分析领域的研究结果。造船业对聚合物复合材料的需求基于优异性能特征的罕见组合,与常规材料相比具有以下优点:1.高比强度,可与钢的比强度相媲美,并且几乎超过铝的相似参数; 2.密度低;比铝的密度低4.7倍,比铝的密度低1.7倍。 3.导热系数低; 4.复合材料的应用可以使船体结构形成不规则形状; 5.高耐腐蚀性; 6.运营成本低,复合结构易于维修。复合船体结构可以以不同的方式制造-取决于其类型,目的和承载能力。目前主要的制造程序是:1.真空成型; 2.缠绕。

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