The refereed “International Journal of Advances in Mechanics and Applications of Industrial Materials (IJAMAIM)” publishes refereed articles on original research, short communications and reviews covering advances in the mechanics and applications of industrial materials. In addition to regular issues, special issues on specific subjects are published. These special issues contain invited reviews by eminent researchers in the specific field. The journal welcomes contributions in the following and related areas:
- Advances and trends in industrial materials and their applications
- Mechanical and physical characterization
- Intelligent materials and adaptive microstructures
- Adhesive joints, and internal strain measurement
- Artificial intelligence and pattern recognition techniques pertinent to engineering materials
- Structural and multidisciplinary optimization
- Functionally graded materials
- Multifunctional adaptive materials
- Self-healing materials
- Thin films, and multilayer film assembly
- Functionalization of adaptive materials
- Interfaces and nanostructures
- Polymer matrix composites
- Hybrid composites
- Composite materials for infrastructure and non-conventional applications
- Films and membranes
- Transport structure relations in fast ion and mixed conductors
- Static, quasi-static and dynamic behavior
- Inhomogeneous and discrete systems
- Mechanical and physical characterization
- Ceramic and non-metallic materials
- Polymer matrix composites
- Hybrid composites
- Light weight Structures
- Steady, and transient response behavior of engineering materials and structures
- Elasticity, viscoelasticity, plasticity and viscoplasticity
- Static, quasi-static and dynamic behavior
- Inhomogeneous and discrete systems
- Micro- , meso- and macromechanics
- Metals, polymers and composites
- Corrosion and corrosion prevention
- Materials under severe dynamic loading
- High strength materials
- Polymers and their derivatives
- Surface and interfacial science
- Numerical methods, including modeling, optimization, simulation, etc. of the material microstructure and pertinent response behavior
- Experimental testing methods for the determination of the mechanical and physical characteristics of advanced engineering materials
- Maintainability and health monitoring
- Reliability and security of structures through the application of advanced engineering materials.
- Degradation of engineering materials in particular environment
- Innovative electro-mechanical material systems to increase efficiency, reliability, safety and security
- Novel materials for all applications
- Integrated and intelligent simulation techniques
- Solid – fluid interactions
- Advances in fracture mechanics
- Numerical methods, including modeling, optimization, simulation, etc. of the response behavior
- Experimental testing methods for the determination of the mechanical and physical characteristics of industrial materials
- Maintainability and health monitoring
- Reliability and security of structures through the application of advanced industrial materials.
- Other related research areas.
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