About Computational Modelling and Numerical Aspects in Engineering

In recent years, various numerical simulation studies have been conducted to reduce production costs and provide high-quality final products. Despite significant advances, large-scale numerical simulation of these difficulties remains a difficult endeavour, with various reasons limiting its implementation in everyday production. The major causes are frequently cited as being unaffordable computing times and a lack of expert analysts, although scepticism in reliability and/or output accuracy also plays a part. Indeed, the underlying complexity of the engineering process, which is characterised by heat exchange phenomena, high deformations, and the problem's highly nonlinear nature, demonstrates its scientific significance in the field of computational mechanics.

This collection, in collaboration with the 14th International Conference on Materials Processing and Characterization, aims to collect the most recent developments in engineering and technology. Authors who have made significant contributions to computational modelling, numerical simulation, mathematical formulation, or material characterization of engineering problems are encouraged to submit their work.

Topics addressed in this collection may include but are not limited to:

• Computational Modelling and Numerical Simulation
• Numerical Methods.
• Thermomechanical Formulation
• Machine learning in Material informatics
• Green Manufacturing processes
• Material Characterization
• Reliability and Optimization
• Nano and Meta materials
• Metallurgical Characterization
• Sustainable Energy
• Industrial Applications
• Alternate materials
• Testing and Validation
• SMART materials
• Heat And Mass Transfer
• Sustainable Technology of Transportation System
• Dynamics And Vibrations

Keywords: computational modelling; numerical simulation; finite elements; data evaluation; metallurgic characterization; material characterization

Submission deadline: 30th November

Any questions about this collection? Please get in contact directly with Kay Burrows (kay.burrows@f1000.com)