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Materials and Metallurgical Engineering
Showing 1-0 of 334 Thesis
A Multiscale Framework for Predicting Additively Manufactured Alloy Deformation ...
Additive manufacturing (AM) of metals enables rapid customization but introduces complex deformation behavior across multiple length scales that challenges pred...
Optimization of recycled aluminum alloy rolling in an automotive supplier plant: a c...
This study addresses the efficiency, quality, and sustainability challenges associated with rolling recycled aluminum alloy within an automotive supplier enviro...
Comparative Life-Cycle Analysis of Additively Manufactured vs. Conventional Metals...
The rapid adoption of additive manufacturing (AM) in metal engineering promises significant environmental and economic benefits, yet a comprehensive, harmonized...
Smart Nanocomposite Coatings via AI-Driven In-Situ Sputtering Optimization...
The advancement of protective and functional coatings in modern engineering hinges on the precise control of microstructure and properties at the nanoscale, whi...
Field-scale evaluation of recycled steel slag as supplementary cementitious material...
This study investigates the field-scale performance and environmental implications of incorporating recycled steel slag as a supplementary cementitious material...
Design and Evaluation of Recycling-Driven Polymer–Matrix Composites for Lightweigh...
Recycling-driven polymer–matrix composites (PMCs) hold promise for reducing vehicle weight and environmental impact, yet their adoption hinges on achieving re...
A Framework for Multiscale Modeling of Metal-Polymer Interfaces in Composites...
Multiscale modeling of metal–polymer interfaces in composites presents a critical pathway to predict interfacial strength, durability, and failure mechanisms ...
Case Study: Refractory Wear Mechanisms in Indonesian Steel Plant Castings...
This study investigates refractory wear mechanisms in castings from an Indonesian steel plant to address persistent premature failure, reduced lining life, and ...
Comparative Analysis of Additive vs. Conventional Manufacturing Aluminum Alloys Prop...
In the face of growing demand for high-performance light alloys, this study examines the comparative microstructural, mechanical, and fatigue properties of alum...
Intelligent Materials Design for Real-Time Corrosion Monitoring Systems...
This study addresses the escalating challenge of corrosion-induced failures in critical infrastructure by developing an intelligent materials design framework t...
Assessment of corrosion behavior of novel stainless steels in coastal seawater envir...
Coastal infrastructure and marine industries face accelerated degradation of metallic components due to chloride-induced corrosion, impinging on service life, s...
Development of a Recyclable High-Entropy Alloy Coating System for Turbine Blades...
The escalating demand for turbine efficiency and environmental compliance necessitates the development of protective coatings that combine high-temperature perf...
A Multiscale Framework for Predictive Wear-Resistant Alloy Design...
This study addresses the persistent gap between fundamental understanding and practical predictability in wear behavior of engineering alloys by developing a mu...
Lifecycle optimization of a steel plant using circular economy strategies in the Mid...
Increasing pressure on the Middle East steel sector to reduce environmental impact and improve resource efficiency motivates a study on lifecycle optimization o...
Comparative Analysis of Microstructure Evolution in Additively Manufactured vs. Conv...
This study addresses the persistent knowledge gap in how microstructure evolution differs between additively manufactured (AM) metals and conventionally process...
Intelligent Process Control for Additive Manufacturing of Alloys...
This study addresses the critical challenge of achieving consistent material properties and defect-free builds in additive manufacturing (AM) of metallic alloys...
Assessment of Wear Resistance in Additively Manufactured Tool Steels Under Industria...
Wear resistance is a critical performance criterion for tool steels used in high-precision milling, where conventional wrought materials increasingly give way t...
Design and Evaluation of Lightweight Aluminum-Titanium Matrix Composites via Frictio...
Friction stir processed aluminum-titanium matrix composites (Al-Ti MMCs) offer a promising route to achieving high specific strength and improved damage toleran...
A Multiscale Framework for Predicting Alloy Tribocorrosion Behavior...
In modern engineering systems, the tribocorrosion behavior of alloys under combined mechanical wear and chemical degradation remains inadequately predictable du...
Assessment of recycled aluminum alloy sourcing in automotive manufacturing: a case s...
The automotive sector faces mounting pressures to reduce material costs and environmental impact, prompting a shift toward recycled aluminum alloys; however, tr...
Comparative Analysis of Additive vs. Conventional Casting in Al Alloys...
This study addresses the growing need to understand how additive manufacturing–based casting processes compare with conventional casting for aluminum alloys i...
Development of AI-driven Prediction Models for Alloy Corrosion Resistance...
Corrosion of alloys presents a significant challenge in the materials engineering domain, leading to economic losses and safety concerns in sectors such as aero...
Effect of Heat Treatment on Mechanical Properties of Aluminum Alloy Welds...
The integrity and performance of aluminum alloy welds play a critical role in the structural applications of light-weight industrial, transportation, and aerosp...
Design and evaluation of high-strength, corrosion-resistant aluminum alloy coatings...
The persistent demand for durable and lightweight materials in aerospace, automotive, and marine industries necessitates advancements in aluminum alloy coatings...
A Framework for Predictive Modeling of Alloy Corrosion Resistance in Marine Environm...
The durability and integrity of metallic alloys used in marine environments pose significant challenges due to the aggressive nature of saline conditions, neces...
Enhancement of Wear Resistance in Steel Alloys for Automotive Industry Applications...
The increasing demand for durable and reliable steel components in the automotive industry necessitates advancements in wear-resistant materials, addressing the...
Comparative Analysis of Corrosion Resistance in Aluminum Alloys for Aerospace Applic...
The increasing reliance on aluminum alloys in aerospace applications necessitates a comprehensive understanding of their corrosion resistance to ensure safety, ...
Developing AI-Driven Predictive Models for Sustainable Steel Microstructure Optimiza...
The steel industry faces significant challenges in balancing the demand for high-performance materials with sustainability objectives, particularly concerning t...
Assessment of corrosion resistance of nano-structured stainless steel in marine envi...
Marine environments pose significant challenges to the longevity and structural integrity of stainless steel due to aggressive corrosion processes, which reduce...
Design and Evaluation of a Lightweight Alloy for Automotive Structural Applications...
The increasing demand for energy-efficient and lightweight vehicles has intensified the need for advanced materials that can meet stringent safety and performan...
