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Hydrogen embrittlement risk of high strength galvanized steel in contact with alkaline media

机译:与碱性介质接触的高强度镀锌钢的氢脆风险

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摘要

The critical conditions for hydrogenembrittlement (HE) risk of highstrengthgalvanizedsteel (HSGS) wires and tendons exposed to alkaline concrete pore solutions have been evaluated by means of electrochemical and mechanical testing.udThere is a relationship between the hydrogenembrittlementrisk in HSGS and the length of hydrogen evolution process in alkalinemedia. The galvanizedsteel suffers anodic dissolution simultaneously to the hydrogen evolution which does not stop until the passivation process is completed. HSGS wires exposed to a very highalkalinemedia have showed HE risk with loss in mechanical properties only if long periods with hydrogen evolution process take place with a simultaneous intensive galvanized coating reduction.
机译:已通过电化学和机械测试评估了高强度镀锌钢(HSGS)钢丝和钢腱暴露于碱性混凝土孔隙溶液中的氢脆(HE)风险的临界条件。 ud在HSGS中的氢脆风险与析氢时间长短之间存在关系在碱性介质中处理。镀锌钢在阳极析出的同时会析出氢,直到钝化过程完成后才停止。仅当长时间放出氢气并同时大量进行镀锌层大量减少时,暴露于高碱性介质中的HSGS焊丝才显示出HE风险,即会丧失机械性能。

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