Advances in Mechanical Engineering

Advances in Mechanical Engineering (AIME) is a JCR Ranked, peer-reviewed, open access journal which publishes a wide range of original research and review articles. The journal Editorial Board welcomes manuscripts in both fundamental and applied research areas, and encourages submissions which contribute novel and innovative insights to the field of mechanical engineering.All submitted articles considered suitable for AIME are subjected to rigorous peer review to ensure the highest levels of quality. Original papers which provide an important contribution to the development of mechanical engineering and report on significant developments in the field are encouraged. The review process is carried out as quickly as possible to minimise any delays in the online publication of articles.AIME aims to advance the understanding of mechanical engineering by providing a platform for the publication of unique contributions in the field of mechanical engineering across a variety of topics, including, but not limited to:Engineering Materials and TechnologyBiomedical EngineeringStress Analysis, StructuresMechanics of Materials and Solid MechanicsFatigueMechanisms and MachinesDynamics and ControlReliabilityMechanicsMechatronics and Information TechnologyVehicle EngineeringMicro- and Nano- Mechanical SystemsFluid MechanicsFuel and CombustionAerodynamicsAcoustics, Vibration and NoiseThermodynamics, Heat and Mass TransferCompositesSystems and DesignMetallurgyManufactureMetrologySurfaces and InterfacesRobotics and AutomationTribologyRobotics and RehabilitationTurbomachinerySmart StructuresCombustion EnginesEnergy HarvestingNumerical SimulationsApplied mathematical modellingFinite Element, Volume and Difference MethodsOptimizationReal Time and Time Delay Systems

《机械工程进展》（AIME）是一本JCR排名、同行评审、开放访问的期刊，它发表了广泛的原创研究和评论文章。期刊编辑委员会欢迎基础和应用研究领域的手稿，并鼓励提交对机械工程领域有新颖和创新见解的材料。所有提交的适合AIME的文章都要经过严格的同行评审，以确保最高的质量水平。鼓励发表对机械工程发展有重要贡献的原著，以及有关该领域重大发展的报告。审查过程应尽快进行，以尽量减少在线发表文章的延误。AIME旨在通过提供一个平台，在机械工程领域发表不同主题的独特贡献，促进对机械工程的理解，包括但不限于：工程材料与技术生物医学工程应力分析，结构材料力学与固体力学疲劳机械和机器动力学与控制可靠性机械机电一体化与信息技术车辆工程微型和纳米机械系统流体力学燃料和燃烧空气动力学声学、振动和噪声热力学、传热传质复合材料系统与设计冶金制造业计量学表面和界面机器人与自动化摩擦学机器人与康复透平机械智能结构内燃机能量收集数值模拟应用数学建模有限元、体积和差分方法的优化实时时滞系统