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METHOD OF MAKING CYLINDRICAL SHELL OF SUBMARINE STRONG HULL OF GLASS-METAL COMPOSITE

机译:制备玻璃钢复合材料海底坚固外壳的圆柱壳的方法

摘要

FIELD: transport.;SUBSTANCE: invention relates to ship building, particularly, to making of submarine strong hull. Cylindrical shell of submarine hull is formed of glass layer lined with metal coating composed of outer, inner and end facings with thermal expansion factor exceeding that of glass. Said metal coating composed and outer, inner and end facings are fitted in split mould to be heated to temperature of efficient moulding of outer glass layer and placed in centrifuge. Centrifuge is switched on to feed glass melt onto outer metal facing to form outer glass layer. Then, foam glass layer is applied by centrifuge on outer glass layer and foamed to make foam glass layer by said centrifuge. Glass melt is applied on formed foam glass layer to make glass inner layer. Then glass layer temperature is decreased to the level necessary for its diffusion welding with metal facing to feed metal melt on to said glass layer to form inner metal facing of the shell by centrifuge. Cylinder shell temperature is decreased to glass layer vitrification temperature to switch off the centrifuge. Cylinder shell is annealed to complete relaxation of stress and glass layer stabilisation. Now cylindrical shell in split mould is cooled to ambient temperature to withdraw the shell from the mould.;EFFECT: simplified design and production.;1 dwg
机译:技术领域本发明涉及造船,尤其涉及水下强力船体的制造。潜艇船体的圆柱壳由衬有金属涂层的玻璃层组成,该金属涂层由外,内和端面组成,其热膨胀系数超过玻璃。将所述组成的金属涂层以及外部,内部和端面装配在分开的模具中,以加热至玻璃外层有效成型的温度,并置于离心机中。开启离心机以将玻璃熔体进料到外部金属表面上以形成外部玻璃层。然后,通过离心将泡沫玻璃层施加在外玻璃层上,并通过所述离心机发泡以形成泡沫玻璃层。将玻璃熔体施加到形成的泡沫玻璃层上以制成玻璃内层。然后将玻璃层的温度降低至其与金属面扩散焊接所需的水平,以通过离心将金属熔体供给到所述玻璃层上以形成壳的内部金属面。将圆柱壳温度降至玻璃层玻璃化温度,以关闭离心机。圆柱壳经过退火处理,以完全缓解应力并稳定玻璃层。现在,将剖分模具中的圆柱壳冷却至环境温度以从模具中取出壳;效果:简化的设计和生产。1dwg

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