首页> 外文会议>International Conference on Superplasticity in Advanced Materials(ICSAM 2003); 20030728-30; Oxford(GB) >A Nano-Crystalline Zn-Al Alloy with High Speed Superplasticity at Room Temperature and the Application for Seismic Damper
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A Nano-Crystalline Zn-Al Alloy with High Speed Superplasticity at Room Temperature and the Application for Seismic Damper

机译:室温高速超塑性的纳米晶Zn-Al合金及其在减震器中的应用

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High-speed Superplasticity has been realised at room temperature for the first time with a nano-crystalline Zn-Al alloy. Zn-Al alloys have some advantages over low-yield-point steels in their low work-hardening rate and high ductility. In addition, Zn-Al alloys are environment-conscious because of no harmful metal like Pb.However, when Zn-Al alloys are subjected to plastic deformation, the strain is localised and local fracture can take place because of their low work-hardening property. In this study, a seismic damper was designed with a nano-crystalline Zn-Al alloy. As a result, an ecological and high performance seismic damper, the so-called "maintenance-free seismic damper", has been successfully developed.
机译:纳米晶体Zn-Al合金首次在室温下实现了高速超塑性。 Zn-Al合金具有较低的加工硬化率和较高的延展性,因而优于低屈服点钢。另外,Zn-Al合金由于不含Pb等有害金属,因此具有环保意识,但是由于Zn-Al合金的塑性变差,因此加工硬化性低,因此会发生局部应变和局部断裂。 。在这项研究中,设计了一种采用纳米晶体Zn-Al合金的减震器。结果,已经成功开发了一种生态高性能的减震器,即所谓的“免维护减震器”。

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