About the Journal

Journal Overview

The Journal of Mechanical Engineering Research, Innovation and Applications (JMERIA) is a scholarly journal dedicated to advancing fundamental knowledge, engineering research, technological innovation, and practical applications across the field of mechanical engineering. The journal provides a platform for researchers, academics, and engineering professionals to disseminate scientific findings and engineering developments that contribute to the advancement of mechanical engineering science and practice.

JMERIA welcomes contributions addressing both fundamental and applied engineering problems through theoretical analysis, computational modeling, numerical simulation, experimental investigation, design optimization, and technology development. The journal seeks to bridge fundamental scientific understanding and practical engineering applications while promoting innovation and the development of efficient, reliable, and sustainable engineering solutions.

Focus and Scope

JMERIA covers a broad range of mechanical engineering disciplines, including but not limited to:

  1. Fundamental Mechanical Engineering: engineering mechanics, solid mechanics, dynamics, vibration, thermodynamics, heat transfer, fluid mechanics, and computational modeling.

  2. Mechanical Design and Systems Engineering: machine design, structural analysis, design optimization, mechanical systems, mechatronics, and engineering simulation.

  3. Materials and Manufacturing Engineering: engineering materials, composite materials, tribology, machining, advanced manufacturing, additive manufacturing, and manufacturing process optimization.

  4. Thermal, Energy, and Renewable Energy Engineering: energy conversion, thermal management, energy efficiency, combustion, renewable energy systems, and sustainable energy technologies.

  5. Automotive and Transportation Engineering: vehicle systems, powertrains, electric vehicles, battery systems, battery thermal management, and vehicle performance.

  6. Applied Engineering and Technological Innovation: prototype development, product design, experimental validation, industrial applications, and engineering technology evaluation.

  7. Engineering Tools and Instructional Technology: development and evaluation of engineering trainer kits, mechanical engineering simulators, laboratory equipment, virtual laboratories, and technology-based instructional media directly related to mechanical engineering systems and technologies.

Interdisciplinary research is welcome when its principal scientific or technological contribution is relevant to mechanical engineering.