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面向环境污染分析,融合仪器分析技术,追踪分析技术进展,解决实际环境问题
Master 装备自动化工程设计的理论与实践,掌握系统设计、硬件配置、控制软件开发等关键技术,提升机电一体化系统设计能力,实现高效自动化系统的开发与管理。
Master modern materials analysis techniques including X-ray diffraction, electron microscopy, and crystallography. Learn theoretical foundations and practical applications for advanced materials characterization and research.
Master the fundamentals of metallic materials, from composition to microstructure, covering aluminum, titanium, magnesium alloys, and steel. Learn strengthening mechanisms, heat treatments, and practical applications in engineering.
本课程旨在讲述移动机器人基本原理,并以专题的形式深入介绍目前全球范围内已经开发的各种不同类型移动机器人以及其相应的环境感知、导航、控制等基本实现。
Master fundamental concepts and methods of automatic control systems analysis and design, using Matlab for practical applications in industrial process control and modern control theories.
Discover structural mechanics through engaging animations and bilingual content, covering geometric analysis, beams, frames, and trusses with clear 5-minute lessons at a comfortable English pace.
评估飞机设计方案需要学什么?飞行动力学。 评估现代飞机设计方案需要学什么?高等飞行动力学。
Master the fundamentals of aircraft structural design, from load analysis and material selection to strength calculations and composite applications, with focus on wing and fuselage configurations.
Explore the interdisciplinary field of biomedical engineering, from biomaterials and tissue engineering to medical imaging and artificial organs, with practical applications in clinical settings.
掌握飞行器振动力学基础理论与应用,从单自由度到多自由度系统,探索振动控制、测试及工程分析方法,助力航空航天工程技术创新。
从制造工程的机械化到自动化智能化,熟悉机械工程发展史,瞻望先进制造技术未来,历史与现实结合,体现制造大国的担当。
最优控制是现代控制理论的重要组成部分,有广泛的应用背景。课程完整地介绍最优控制的理论方法、系统的设计方法与数值方法,为从事相关的科学研究和工程技术打下良好的基础。
聚焦新材料与新产品,针对新设计和新挑战,解决三航关重件热态成形难题。
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