Journal of The Institution of Engineers (India) Series C

期刊简介：This series aims to cover the research findings and latest developments in the arena of mechanical sciences covering mechanical, production, aerospace and marine engineering. This includes high valued research investigation pertaining to theoretical and applied mechanics, solid mechanics, mechanics of materials, vibration and dynamics, machining and advance manufacturing processes, micro and nano systems, robotics, aircraft, space vehicles, marine power system, underwater acoustic engineering, etc. It is intended to provide the means of dissemination of knowledge through publication of papers covering the following areas:Engineering Design including Vibration & Noise, Thermal Engineering, Cryogenics, Heat TransferNon-conventional & Renewable Energy, Fluid Mechanics & MachineryOptimisation, Simulation & Modelling, Dynamic Systems, Measurement & ControlReliability, Availability & Maintainability, Tribology including BearingsInternet Aided Design, Soft Computing, Fuzzy Logic, Neural Network, Virtual Manufacturing Environments & SystemsArtificial Intelligence, Knowledge Intensive CAD/CAM, Computer Aided Product Development, PDM / Enterprise Information Management, Computing TechnologiesBioengineering, Perception Based Engineering, Smart Technology, Mechatronics, Micro Electronics in Mechanical SystemEnergy Efficiency & Energy Conservation, Power Plant EngineeringAutomation, Control & Robotics, Casting & Welding Human Engineering & ErgonomicsMachine Tools & Tool Design, Machining Process & Metrology, Metal Forming ProcessesIndustrial Engineering, Production Management & Operations Research·    Avionics, Space Engineering, Aircraft Equipments, Aerodynamics, PropulsionPeer Review Information: This journal follows a Double blind peer review process.

【译文】本系列旨在涵盖机械科学领域的研究发现和最新发展，包括机械、生产、航空航天和海洋工程。这包括与理论力学和应用力学、固体力学、材料力学、振动与动力学、加工和先进制造工艺、微纳米系统、机器人、飞机、航天器、海洋动力系统、水下声学工程等相关的高价值研究调查。旨在通过发表涵盖以下领域的论文来提供知识传播的手段：工程设计包括振动与噪声、热工程、低温工程、传热、非常规与可再生能源、流体力学与机械、优化、仿真与建模、动态系统、测量与控制、可靠性、可用性与维护性、摩擦学包括轴承、互联网辅助设计、软计算、模糊逻辑、神经网络、虚拟制造环境与系统、人工智能、知识密集型CAD/CAM、计算机辅助产品开发、PDM/企业信息管理、计算技术、生物工程、基于感知的工程、智能技术、机电一体化、机械系统中的微电子、能源效率与能源节约、电厂工程、自动化、控制与机器人、铸造与焊接、人机工程与人体工程学、机床与工具设计、加工过程与计量、金属成形工艺、工业工程、生产管理与运筹学、航空电子学、航天工程、飞机设备、空气动力学、推进。