Guest Editors
Dr. Abdul Aabid, Prince Sultan University Saudi Arabia, Saudi Arabia
Dr. S. A. Khan, International Islamic University Malaysia, Malaysia
Dr. Asif Afzal, PA college of Engineering (VTU Belagavi), India
Dr. Muneer Baig, Prince Sultan University Saudi Arabi, Saudi Arabia
Summary
Recent advances in nanotechnology and piezoelectric technology have led to the development of sophisticated materials that may be used in a variety of applications. Studies of material structure-sensitive characteristics and nanotechnology methods are presently ongoing. There has been a lot of interest in novel materials for engineering applications with high accuracy, longevity, and enhanced capabilities to work with high temperature and pressure ranges, which show characteristics defined by the use of materials and composites with improved properties, creating new possibilities in the study of various physical processes, especially signal transmission.
In academia and industry, research on thermal management systems and energy usage that are more efficient and cost-effective isn't expanding as fast as it should. Due to the fact that energy and thermal management are closely connected, this Special Issue combines the two topics into one publication. A specific emphasis is placed on the function of different forms of controls, notably dynamics controls, in increasing the thermal processes and fluid flow conditions in high-speed and aerospace vehicles, etc. Thermal management systems are studied using numeric simulation approaches and experimental research. Energy use and the environment are included in the scope of this Special Issue. In these domains, the application of alternative modelling approaches utilizing machine learning techniques is relatively new and expanding rapidly, and so comes within the scope of this Special Issue.
This special issue calls papers on experimental investigations, modelling, and simulation of a wide variety of materials, energy, and fluid dynamics.
Keywords
· Heat transfer studies in the different physical process
· Nanofluids as active enhancement products
· Fluid flow analysis using different modelling methods
· Design and optimization of heat transfer, fluid flow, phase change materials using different algorithms
· Thermal management of energy storage system
· Alternative fuels as engine performance and emissions
· High-speed compressible flows
·Materials processing and characterization including ceramics, metals, glasses, semiconductors, polymers, smart materials, composites, etc.
·Machine learning, design of experiments and fuzzy logic concepts in the area of materials, energy, and fluid dynamics
Published Papers
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