Publication

Scope 

Proceedings of the Institution of Mechanical Engineers, Part E: Journal of Process Mechanical Engineering

• Papers covering a broad area of mechanical engineering activities associated with the design and operation of process equipment. 

• The impact of design on the overall performance of the industrial enterprise, including efficiency, quality, sustainability and waste management.

Surface Review and Letters (SRL)

(Special Issue)

• Integrating Computational Modeling with Experimental Validation

• Innovative Experimental Techniques for Composite Materials

• Interdisciplinary Approaches to Composite Material Design

• Optimizing Material Properties through Multiscale Modelling

• Case Studies: Successful Collaborations in Composite Material Research

• Synthesis and characterization of all nanomaterials and composites (hybrid materials, organic, inorganic, organic-inorganic and biological).

• Structures, functions, applications and modeling of these materials.

• Design of devices and device components based on nanomaterials and composites.

• Applications of nanomaterials and composites in any filed (for example, optics, electronics, environment, energy, bioanalytical and biomedical detections and imaging etc.)

• Advances in composites and nanomaterials science, nanotechnology, Nano biology and nano biotechnology. 

• Computation and Modelling in 3D printing processes for biomaterials

• Sustainable development of bio-related polymeric and advanced metal matrix composites

• Sustainable approaches for the design and development of the product for medical applications

• Development of shape memory materials for medical applications

• Case studies on the use of additive manufacturing in biomedical production.

• Green manufacturing of biodegradable materials

• Hybrid manufacturing and its application in biomedical applications

• Life cycle assessment of biomaterials and bio-manufacturing methods

• Cross-functional approaches to optimize biomaterial performance

Polymers  &  Composites 

• High-temperature materials and processes across various states.

• Behavior of metals, alloys, intermetallic compounds, ceramics, polymers, glasses, and composites; oxidation, environmental attack, and high-temperature corrosion.

• Design with high-temperature materials;

• Processes involving lasers, plasma, arc sources, and solar energy.

• Materials in nuclear energy applications; thermochemistry; Reaction kinetics.

• Liquid metal processing; and rapid solidification processes.

• Applications span diverse high-temperature scenarios and innovative processing techniques. 

Processing and characterization of advanced Materials 

Composites 

Mechanics of materials 

Any Materials Research