Materials for Energy Storage, Metal Welding and Additive Manufacturing

Preface
Chapter 1: Materials for Energy Storage and Energy Conversion Devices
Study on Dielectric Properties of (Ba0.90Sr0.10) TiO3 Based Ceramic Capacitors for Energy Storage Applications
Carbon-Nickel Oxide Nanofiber based Supercapacitors for Improvement of Electrochemical Performance
Optimization of Laser Induced Graphene Electrodes for Water Splitting Applications
Advanced Materials for Solar Cell Technology and Energy Simulation
Comparative Study of Zinc Sulfide Thin Films Fabricated by Spin Coating and Rf Magnetron Sputtering as a Buffer Layer for 2nd Generation Photovoltaics
Increasing the Performance of Mixed Cation Mixed Halide Lead Based Perovskite Solar Cell by Passivating the Rare Interface: A SCAPS-1D Numerical Simulation Investigation
Chapter 2: Metal Welding
Corrosion Properties of Weld Metal in 304 Stainless Steel for Food Grade Using GTAW with Various Types of Backing Gas
Effect of Alloying Elements on Weld Characterization and Wear Resistance of Hardfacing of Structural Steel with Iron-Based Electrodes
Aspects Regarding FSW and SFSW Welding of Copper Cu99
Influence of the Cylindrical Profile of the Welding Tool Pin on the Dimensions of FSW and SFSW Welded Joints in EN AW 1200 Aluminium Alloy
Chapter 3: Post-Processing of Additively Manufactured Materials
Enhancing Surface Properties of AM AlSi10Mg Components: A Study on Shot Peening and Silver Shell-Copper Core Coating
Improving the Fatigue Performance of Binder Jet Manufactured 316L by Severe Shot Peening Surface Modification

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• Ciência dos materiais
• Outras tecnologias de produção
• Mecânica clássica

Additive Manufacturing;Alloy;Ceramics;Corrosion;Electrochemical Performance;Electrode Materials;Friction Stir Welding;Perovskite;Post-Processing;Shot Peening;Solar Cell;Steel;Welding