Welcome to International Journal of Materials, Manufacturing and Sustainable Technologies: A Journal Focussing on the advanced Materials, Manufacturing Processes and Sustainable Technologies

Abstract

Materials are important in the development of human civilization. In present era materials are of the utmost importance for researcher, scientist and engineers because usage of the right materials is very important when designing different systems. In human history they have used stone, clay, skin and wood for making weapons, instruments and shelter etc. Need for better quality weapons brought Bronze Age followed by Iron Age. In continuation Iron and steel have advantage of stronger materials for different applications [1]. Iron was available in abundant and this commonness of the material affected human kind in every aspect. We are presently in space age marked by many stronger and light materials like high strength iron and steel materials [2], composites, electronic materials like semiconductors, smart materials for space voyage like high temperature ceramics, biomaterials, high strength coating materials etc. [3]. In conclusion, materials constitute foundation of modern technology era.

Winds of Progress: An In-Depth Exploration of Offshore, Floating, and Onshore Wind Turbines as Cornerstones for Sustainable Energy Generation and Environmental Stewardship

“…This growing interest is propelled by the increasing emphasis on integrating clean energy sources into the overall energy mix. Given the ongoing development of FOWT technology, precise forecasts of their performance are critical, particularly considering the necessity to customize their design for each specific location [74]. Upcoming turbine configurations prioritize stability over load-driven models, integrating advanced elements such as composites, flexible blades, smart structures, and rapid-response controls.…”

Innovations in Battery Technology: Enabling the Revolution in Electric Vehicles and Energy Storage

“…The electrochemical model presents a highly detailed representation of internal electrochemical processes, providing unparalleled accuracy in predictions but demanding substantial computational resources, rendering it more suitable for research than real-time applications. Conversely, the equivalent circuit model simplifies batteries into electrical circuits with lumped elements, striking a balance between accuracy and computational complexity [82]. It finds utility in real-time systems and control algorithms.…”

Integrating Vehicle-to-Home Unit with Smart Home Energy Management Systems: A Unified Energy Management Framework

“…By integrating solar energy into the grid, the overall carbon footprint of electricity generation is reduced, resulting in a more efficient mix. Solar energy can replace the grid, especially in combination with other renewable energy sources [36][37][38].…”