Journal of Advanced Research in Mechanical Systems and Operations
Bibliographic Information
| Publishing Year: | 2025 |
| Origin: | India |
| Language: | English |
About the journal
The Journal of Advanced Research in Mechanical Systems and Operations
(JARMOS) is a peer-reviewed international journal that focuses on the latest
advancements, innovations, and emerging trends in mechanical systems and
operations. The journal publishes high-quality research, reviews, case studies,
and technical papers that examine the design, optimization, modeling, and
application of mechanical systems, with an emphasis on operational excellence,
sustainability, and advanced methodologies in diverse industrial sectors.
Scope:
JARMOS covers a wide array of topics in mechanical systems and
operations, focusing on the integration of mechanical engineering principles
with advanced operational strategies, emerging technologies, and
industry-specific applications. Key areas of interest include, but are not
limited to:
- Mechanical
Systems Design and Optimization:
- Design
methodologies for mechanical systems (structural, fluid, thermal, etc.)
- Optimization
techniques for mechanical components and systems
- Computational
methods in design (CAD, FEA, CFD)
- Advanced
materials and manufacturing processes for mechanical systems
- Systems
integration, multi-disciplinary design, and control
- Manufacturing
Systems and Processes:
- Advanced
manufacturing technologies (additive manufacturing, CNC machining,
robotics)
- Automation and
robotics in manufacturing systems
- Smart
manufacturing and Industry 4.0 applications
- Flexible
manufacturing systems and their operation
- Manufacturing
system modeling, simulation, and optimization
- Lean
manufacturing, six sigma, and production system performance
- Maintenance and
Reliability Engineering:
- Predictive
maintenance techniques (condition monitoring, IoT applications)
- Reliability
modeling and analysis for mechanical systems
- Failure
analysis and root cause investigations
- Life cycle
assessment and maintenance planning
- Asset
management strategies and operational optimization
- Maintenance
scheduling and spare parts management
- Mechanical
Systems Control and Automation:
- Control
systems for mechanical systems (PID, model predictive control, etc.)
- Automation and
control in manufacturing and operations
- System
identification, process control, and adaptive systems
- Robotic and
mechatronic systems control
- Industrial
Internet of Things (IIoT) for mechanical systems
- Machine
learning and AI in system performance enhancement
- Thermal and
Fluid Systems in Mechanical Engineering:
- Thermodynamics,
fluid mechanics, and heat transfer in mechanical systems
- HVAC and
energy management in industrial operations
- Fluid-structure
interaction (FSI) and its applications in design
- Energy
efficiency and renewable energy systems in mechanical operations
- Computational
modeling of fluid dynamics and heat transfer
- Advanced
thermal management systems and solutions
- Advanced Mechanical
Materials and Manufacturing:
- Smart
materials and their application in mechanical systems
- Nanomaterials,
composites, and high-performance alloys
- Materials
selection and design for mechanical reliability
- Sustainable
materials and manufacturing processes
- Surface
engineering and tribology in mechanical systems
- High-temperature
and fatigue-resistant materials
- Operations
Research and Optimization in Mechanical Systems:
- Operations
research techniques for system performance improvement
- Optimization
of manufacturing processes and workflows
- Supply chain
management, logistics, and operational efficiency
- Queuing theory
and inventory management in manufacturing systems
- Scheduling and
resource allocation in production environments
- System
performance metrics and efficiency analysis
- Industrial
Applications and Case Studies:
- Applications
of mechanical systems in automotive, aerospace, and energy sectors
- Industrial
case studies on operations management and system design
- Cross-sectoral
applications in robotics, healthcare, and consumer products
- Integration of
mechanical systems in large-scale industrial settings
- Smart
factories and the role of mechanical systems in the industrial ecosystem
- Case studies
on the implementation of advanced mechanical technologies in real-world
operations
- Sustainability,
Green Manufacturing, and Energy Systems:
- Sustainable
design practices and eco-friendly mechanical systems
- Energy-efficient
mechanical systems in industrial operations
- Circular
economy principles in manufacturing and operations
- Renewable
energy systems integration (wind, solar, geothermal)
- Carbon
footprint reduction in manufacturing and industrial processes
- Green
engineering and environmentally conscious mechanical system design
- Emerging
Technologies and Future Trends in Mechanical Systems:
- Artificial
Intelligence (AI) and machine learning applications in mechanical systems
- Autonomous
systems and their integration with mechanical operations
- Blockchain and
IoT for smart manufacturing and operations management
- Digital twins
and their role in mechanical system simulation
- Advanced
sensors and data analytics for operational optimization
- Advanced
robotics and automation technologies for mechanical systems