Frontiers in Materials Processing, Applications, Research and Technology

1. String-Like Fiber Dust Occurrence in Crush Cutting of Stacked Liner Boards.- 2. Phase Transformation of Amorphous Rice Husk Silica.- 3. Analysis of Nano/Micro Bimodal SUS316L Powder Behavior.- 4. Tensile Deformation Behavior of Al-Rich Ferritic Steels for Advanced Light Water Reactors.- 5. A Study on Precipitation Behaviour of A356 Alloy by Ultrasonic Velocity Measurements.- 6. Synthesis of Superhard Lightweight Composites and Improvement of their Properties via Chemical Processing.- 7. Structural and Chemical Variations Induced by Thermomechanical Cycling in Shape Memory Actuators.- 8. Enhancement of Thermal Conductivity on Ternary Eutectic Fatty Acid as Phase Change Material (PCM) by Various Treated Exfoliated Graphite Nanoplatelets (XGNP).- 9. Elements Diffusion in Brazing Seam of High Volume Fraction Sicp/6063Al Matrix Composites.- 10. Functionally Graded Cemented Carbides Elaboration by Imbibition Process ÂEUR" Better Understanding of Liquid Migration and Homogenization Mechanisms for an Improved Process.- 11. Water Analogy Experiment on The Multi-Concentration Pouring Process of A 585 Ton Steel Ingot.- 12. Ferroelectric (Hf,Zr)O2 Thin Films for High Density Non-Volatile Memories.- 13. Advanced System for Nano-Fabrication and Nanomanipulation Based on Shape Memory Alloy.- 14. Synthesis of Aluminium-Graphene Nanocomposite Using Spark Plasma Sintering.- 15. Time-Lapse Correlative 3D Imaging Applied To The Corrosion Study of Az31 Mg Alloy in A Saline Environment.- 16. Welding and Heat Treatment Behaviour of T23 (2.25Cr-1.6W-V-Nb) Steel Tubes in Power Plant Applications.- 17. Solar Performance Analysis of Zrox/Zrc-Zrn/Zr/Ss Spectrally Selective Coating Under Extreme Thermal Environment.- 18. A Comprehensive Study of Hydrogen Redistribution and Embrittlement Prevention in Ferrous Alloys.- 19. Advances in Small Specimen Testing Methods for Characterising Tensile, Creep and Fracture Properties of Materials.- 20. An Approach To Develop Hansel-Spittel Constitutive

M. Muruganant is a Commonwealth fellow and a doctorate from University of Cambridge, UK. Having worked with some of the most prestigious research institutes across the globe, his contributions in the field of structure-property correlation, understanding of the components of high temperature creep strength of ferritic steels have benefitted the scientific community. His contributions have benefitted corporate giants like ABB Sweden, Siemens Westinghouse corporation USA, and ESAB Sweden. Prof. Muruganant has a great passion for research, academia and technology. His contributions have been recognized through various publications in peer-reviewed Journals, invitation for keynote lectures in premier conferences across the globe. His models for structure-property correlation were the first to world to predict properties of steel as required by commercial standards. He has implemented modules through computational methods that has saved several million dollars in steel plants. He is the founder Chairman of the major International Conferences series in Materials like FiMPART (Frontiers in Materials Processing, Applications, Research and Technology) and FiNSTA (Frontiers in Nanoscience, Technology and Applications). He is currently serving as the Ministry of Steel Chair Professor having selected by the Ministry of Steel and Mines, Govt. of India as one of the Chair Professors and contributes from PSG College of Technology a 100 year old institute whose Design data book is used by all engineering fabricators in India and elsewhere. It is worthy to note that he is the youngest Chair Professors in the history of this Chair position - a befitting reward for his sustained and positive contribution to education, research and industries alike. He is also the director of the Steel Academics, Research and Consultancy Center (SARCC). He is an expert consultant selected by Intota experts USA. He is the Editor in Chief of Steel communications.