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Stainless Steel Welding in Railways

机译:铁路中不锈钢焊接

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Railways form the lifeline of the transport network in our country. Indian Railways command a large market share of the over-land passenger and freight traffic. To sustain this, rail industry is required to technologically and commercially challenge superior highways and advanced technology of road vehicles and also the competitive airlines. Thick and thin sheet metals are widely used in wagon and rail car body fabrication respectively. Rail coach manufacturing sector is in the new challenging phase due to acquirement and adoption of German and Korean technologies and arrival of multinational companies viz M/S Bombardier & M/S Alstom. Thin sheet metal fabrication demands aerodynamic profiles large size bodies with high level of aesthetic and dent free surface. Thick sheet metal fabrication demands large size bodies with high level of structural rigidity and dimensional stability .The outer skin of the rail coach body is generally made through thin sheet metal parts and stiffened with moldings, pressings and stamped sections. In the recent past rail car manufactures has been switching over from HSLA steel to stainless steel to acquire the benefit of the later: primarily corrosion resistance Capability and durability and ease of maintenance. The manufacturing practices, challenges addressed during fabrication are brought out.
机译:铁路在我国的运输网络的生命线形成。印度铁路指挥过着陆地乘客和货运的大市场份额。为了维持这一点,铁路行业需要技术和商业地挑战高级公路和公路车辆先进技术以及竞争航空公司。厚和薄板金属分别广泛用于马车和轨道车身制造。轨道教练制造业是由于德国和韩国博·庞巴迪和M / S Alstom的德国和韩国技术和追溯而采用德国和韩国技术的新挑战阶段。薄板金属制造需要空气动力学曲线大尺寸体,具有高水平的美学和凹痕的表面。厚薄的金属制造需要具有高水平结构刚性和尺寸稳定性的大尺寸体。轨道车身的外部皮肤通常通过薄板金属部件制成,并用模制品,压制和冲压部分加强。在最近的过去的轨道车辆制造商已经从HSLA钢切换到不锈钢以获得后期的益处:主要是耐腐蚀性能力和耐用性和耐用性。制造规范,制造期间解决的挑战被带出来。

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