学术报告——Corrosion of Steel in Soils and Steel Reinforcement in Concrete （土壤及混凝土中钢材腐蚀行为研究）

报告题目：Corrosion of Steel in Soils and Steel Reinforcement in Concrete （土壤及混凝土中钢材腐蚀行为研究）

报告人：Igor A. Chaves

报告时间：10月21日（星期二）10:00 - 12:00

报告地点：西华大学5A326会议室

主办单位：材料科学与工程学院

报告人简介：

Igor A. Chaves is a chartered Associate Professor specialised in civil structural material science, engineering, and technology in the University of Newcastle, Australia. He is Director of the Critical Infrastructure Performance and Reliability Group, and Deputy Director Research for the Centre for Innovative Energy Technologies. Having served as National President and currently serv as National Councillor to the Australasian Corrosion Association, he has received several accolades across industry and academia. He holds a MEngSC degree in structural engineering prototyping, and a PhD for his studies in long-term material durability analysis and prediction.

Igor A. Chaves，澳大利亚纽卡斯尔大学特聘副教授，巴西维索萨联邦大学硕士，澳大利亚纽卡斯尔大学哲学博士。长期致力于土木结构材料科学、工程与技术研究。现任关键基础设施性能与可靠性研究组主任，并兼任创新能源技术中心科研副主任。曾任澳大拉西亚腐蚀协会全国主席，现任该协会全国理事，在学术界与工业界屡获殊荣。

报告内容简介：

This presentation reviews why the phenomena of hydrogen induced stress corrosion cracking (HISCC) of steels could prevail over other forms of degradation. Having been extensively studies and reported, there are many references to combinations of material and environments that exacerbate the likelihood of HISCC. Examples include temperature, addition of precipitation alloying elements, metallurgical impurities, pH changes. Shreir’s Corrosion book collates several of these and has informed this presentation. Topics covered include aspects of the fundamental kinetics, microstructural and chemical effects of HISCC, examples of mitigation efforts including for steel soil anchors, as well as strategies to manage safety implications when HISCC is expected.