This book contains selected proceedings of the 14th Global Conference on Materials Science and Engineering (CMSE 2025). The conference is organized by Northwestern Polytechnical University (China) and has been held in Xian, China, on October 1619, 2025. The book describes the latest advanced results and developments in new materials and their applications across various fields. The book will be useful for researchers, scientists, and practitioners in material science, aerospace, mechanical engineering, automotive industry, electronics and information technology, and related fields who want to stay updated with recent advancements and their industrial applications.
Chapter 1 Enhancing Tribomechanical Properties of Magnesium Alloys with
Yttria Stabilized Zirconia PEO Coatings.
Chapter 2 Investigation of Al/Cu
Wetting System: A Molecular Dynamics Study.
Chapter 3 Effect of Short Aramid
Fibers with Resin Pre-Coating (RPC) Technique on the Strength of Steel
Adhesive Joints.
Chapter 4 Scalable Synthesis of Water-Soluble Silicon
Quantum Dots by One-Pot.
Chapter 5 Density Functional Theory Investigations
of RuO2-Graphene: Electronic Band Structures and Optical Properties.
Chapter
6 Adsorption Performance of Polysaccharide-based Hydrogel CMS/P(AM+AA) for
Dyes.
Chapter 7 Rheological and Printability Study of Talc-MgO Ceramic Ink
for 3D printing.
Chapter 8 Study on Microstructure and Properties of Dual
Phase HfTiZrTa0.5 High Entropy Alloy Treated by Aging.
Chapter 9 Tunable
Wettability in Metal-Organic Frameworks: From Strategic Design to Advanced
Separation and Catalysis.
Chapter 10 Rolling-Sliding Contact Fatigue of
Carbonitrided SCM420 Steel.
Chapter 11 Effects of Rare Earth on the Thermal
Fatigue Properties of Nickel Aluminum Bronze.
Chapter 12 Stress Monitoring
and Analysis of Discontinuous Section Subgrade Box Under Moving Load.-
Chapter 13 Study on the Cracking Causes of Tank Container for Dangerous
Chemicals Transportation.
Chapter 14 Numerical Simulation of
Elastohydrodynamic Lubrication of Metallic Tooth Surfaces in the Helicopter
Main Gearbox Planetary Gears.
Chapter 15 Influence of Peening-Induced
Roughness and Residual Stress on Rolling Contact Fatigue of 18CrNiMo Gear
Rollers.
Chapter 16 Research on the High-Temperature Compression Mechanical
Properties of Powder-Metallurgical Ti-15Al-24Nb and Ti-22Al-14Nb Alloys.-
Chapter 17 Recent Development in the Use of FRP Rods for Timber Beam
Strengthening in NSM Technique.
Chapter 18 Optimized Hot-Pressing Technology
for AG-4V-Based Composite Thermal Insulation in Solid Rocket Motor Nozzles .-
Chapter 19 Comparative Study on the Performance of Fire-Resistant Materials
for Fire Containment Boom.
Chapter 20 Parametric Study on the Effect of
Compaction Time on Zn-0.8Mn/0.1CNF Biodegradable Composites Fabricated by
Powder Metallurgy.
Chapter 21 Titania Additive Incorporation for Improving
the Antibacterial Efficacy of Boron-activated Mesoporous Bioactive
Glass-Ceramics.
Chapter 22 Improved Photoelectric Response in SnTe through
Optimized Metal Electrode Contacts.
Chapter 23 Silver Nano-Prisms Synthesis
in Acetate System via Electrosynthesis-Chemical Reduction: Application as
Colorimetric Detection.
Chapter 24 Design and Analysis of an Ultra-High
Sensitivity Microwave Antenna Sensor for Advanced Liquid Sensing
Applications.
Chapter 25 Nanofibers Identification of Co-Electrospun
Polyurethane/Chitosan and Polyvinyl Alcohol/Elastin Membranes.
Chapter 26 An
operando DRIFTS Insight into Deactivation Mechanisms of Pt/TiO2 by VOCs in
Sintering Flue Gas during Low-Temperature CO Oxidation.
Chapter 27 Research
on High-Precision Measurement Technology for Chaff Near-Field Outdoor Based
on Region Identification.
Chapter 28 A Luminescent Porous Silicon DBR
Platform for Sensitive Detection of Chemical Warfare Agent Simulant Vapors.-
Chapter 29Modern Applications of Clay-Based Materials for Sustainable
Construction in China.
Chapter 30 Analysis of Structural and Antenna Mode
Scattering Based on Active Antennas.
Dr. Tingkai Zhao is currently working as a full professor in School of Materials Science and Engineering of Northwestern Polytechnical University (NPU, China), a fellow of the International Association of Advanced Materials (IAAM fellow, Sweden) and IAAM Scientist Award, a director of NPU-NCP Joint International Research Center on Advanced Nanomaterials and Defects Engineering, and a director of Shaanxi Engineering Laboratory for Graphene New Carbon Materials and Applications. As a visiting scholar, he visited Northwestern University (Evanston, USA) and University of Oxford (Oxford, UK). His research topics mainly focused on the simulation, synthesis, structure and performance of carbon nanotubes, graphene, borophene, expanded graphite, 2D nanomaterials, MXene, MBene and their composites, and the applications in energy conversion (supercapacitor, Li-ion batteries, solar cell), EMI shielding and EMW absorption, smart device and biosensors (HAP, microneedle electrodes, photosensitizer). Prof. Zhao has cultivated nearly 90 Postdoc, PhD & Master students, and published 10 books, 19 Chinese invention patents, and more than 200 academic articles on SCI journals, and also obtained more than 20 research funds and 30 awards and honors such as the First Prize of Shaanxi Science and Technology Awards in 2013. His research achievements have been reported on five times. Since 2019, he has organized GANDE and GNN international conferences as general chair every year and also been elected as an executive director of Xian Society of Nano Science and Technology.
Dr. Alexander Khotsianovsky is currently a senior research fellow at the Institute of Problems of Strength (IPS), Kyiv, Ukraine. For the last twenty years, he works in the international journal Strength of Materials (Springer, USA): as associate editor (since May 2022), managing editor (20142021), and executive secretary (20032013). He received his Ph.D. degree in mechanical engineering and fracture mechanics at the National Academy of Sciences of Ukraine in 1990 (on life prediction in fretting fatigue). He conducted research in the field of innovative spacecraft and aircraft applications in IPS, Ukraine, including Mir space station, Buran shuttle, etc. In 19931995, he was invited as research fellow to the German Aerospace Research Establishment (DLR, Cologne, Germany). In 20012002, he participated in developing computer-aided translation and editing programs in CCS Computer Solutions (Dublin, Ireland). In 2003, he was hired by IPS for the Strength of Materials international journal published by IPS in Ukraine and re-published in USA by Kluwer (then Springer). In 20032023, he was responsible for editing all journal papers in English, localization and implementation of www.stompaper.com manuscript automatic submission system (similar to editorial manager), digital editing and translation tools, etc. In parallel, he took an active part in the advanced material development for spacecraft applications in Ukraine (IPS, Kiev) and ONR/DARPA international projects on drag reduction of superspeed underwater vehicles. His current research interests cover a wide range: from coatings, tribology, and fretting-fatigue of advanced space/aircraft materials to polymer-additive applications and numerical simulation of hydroelasticity problems for supercavitation high-speed underwater vehicles. He has over 60 related publications and invited (keynote) reports in international conferences. He organized two international conferences in Kyiv (MSAM 2019 and CMSE 2020). Due to his active participation in several CMSE and MSAM conferences, he was invited and served as guest editor selected collections of respective conference materials in several journals, including MRI, IOP, etc.
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