摘要
金属材料是现代社会发展和生产的主要物质要求,它是构成科学技术进步,特别是石油工业进步的基础。金属材料具有很强的力学性,随着各种金属技术的发展,新金属材料的生产和应用越来越广泛。由于石油生产的增加和产品性能的提高,金属的力学性能要求更高。检测材料的力学性能是重要组成部分,这给传统测试力学性能带来了巨大挑战,并通过更精确的检测技术帮助其提升。金属材料的强度性能试验对于确定金属材料的范围、应用和效率至关重要。文章从材料力学性能实验出发,详细分析了材料不确定度力学性能测试。
Metal materials are the main material requirements of the development and production of modern society. It forms the basis for scientific and technological progress, especially in the petroleum industry. Metal materials have strong mechanical properties, and with the development of various metal technologies, the production and application of new metal materials are more and more widely. The mechanical properties of the metal are more demanding today due to increased oil production and improved product properties. The mechanical properties of the detected materials is an important component. This poses a great challenge to traditional testing mechanical properties and helps them improve with more accurate detection techniques. Testing of the strength properties of metal materials is essential to determine the scope, application, and efficiency of metal materials. Starting from the experiment of material mechanics, the mechanics test of material uncertainty is analyzed in detail.
作者
汪春
WANG Chun(CNOOC Energy Technology&Services Limited,Drilling&Production Branch,Tianjin 300452,China)
出处
《化工管理》
2023年第3期36-38,共3页
Chemical Engineering Management
关键词
金属材料
力学性能测试
不确定度
metal materials
mechanical properties test
uncertainty
