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Materials and Metallurgical Engineering
Showing 1-30 of 329 projects
Development of biodegradable metal matrix composites for orthopedic implants using m...
Biodegradable metal matrix composites (BMMCs) based on magnesium alloys reinforced with natural fibers and nano-apatite are investigated to address the growing ...
Nano-Composite Reinforced Lightweight Steel Using Graphene and Ceramic Particulates ...
The integration of graphene and ceramic particulates into a lightweight steel matrix aims to significantly enhance mechanical performance and functional propert...
Development of a low-temperature self-healing ceramic composite using microencapsula...
This study presents the design, synthesis, and evaluation of a low-temperature self-healing ceramic composite engineered for aerospace tooling alloys, leveragin...
Development of a sustainable lightweight high-entropy alloy (L-HEA) with gradient mi...
This study develops and characterizes a sustainable lightweight high-entropy alloy (L-HEA) featuring a gradient microstructure tailored for automotive applicati...
Design and fabrication of a lightweight high-strength aluminum alloy composite for a...
The study reports the design, fabrication, and comprehensive characterization of a novel lightweight aluminum alloy composite reinforced with recycled ceramic a...
Development of a Zero-Waste Scrap Steel Alloy through Powder Metallurgy and Additive...
This study presents a comprehensive approach to developing a zero-waste scrap steel alloy by integrating powder metallurgy (PM) and additive manufacturing (AM) ...
Development of a scalable low-temperature amorphous steel alloy via rapid solidifica...
This study reports the development of a scalable low-temperature amorphous steel alloy produced via rapid solidification and controlled annealing, aimed at enha...
Development of High-Entropy Alloy–Based Lightweight Steel for Automotive Structura...
The proposed study investigates the development of a high-entropy alloy–based lightweight steel tailored for automotive structural applications, focusing on a...
Development of a low-temperature solid-state recycling process for aluminum alloy sc...
This study presents a novel low-temperature solid-state recycling (LTSR) route for aluminum alloy scrap to enhance formability and mechanical performance of rec...
Development of multi-scale modeling framework for predicting corrosion-fatigue in al...
A robust multi-scale modeling framework is developed to predict corrosion-fatigue life and damage evolution in aluminum alloys used in aerospace applications, i...
Development of a cost-effective, corrosion-resistant nano-structured coating for mar...
This study reports the development of a cost-effective, corrosion-resistant nano-structured coating for marine-grade aluminum alloys utilizing a low-temperature...
Development of Zwitterionic Polymer-Coated Magnesium Alloys for Corrosion-Resistant ...
The development of zwitterionic polymer-coated magnesium alloys for corrosion-resistant biomedical implants addresses the critical challenge of rapid degradatio...
Development of lightweight high-entropy alloyed steels for aerospace applications: m...
This research presents a comprehensive study on the development of lightweight high-entropy alloyed steels (HEA steels) tailored for aerospace applications, foc...
Development of a tunable multi-scale graphene-based composite for high-damping, ligh...
The study presents a novel approach to engineering a tunable multi-scale graphene-based composite aimed at delivering high damping and reduced weight for automo...
Development of a Closed-Loop Recycled Aluminum Matrix Composite with In-Situ Reinfor...
This study presents a comprehensive approach to engineering a closed-loop recycled aluminum matrix composite (ALMMC) with in-situ reinforcement derived from fri...
Development of a reusable, high-strength aluminum alloy–graphene nanocomposite for...
This study reports the development and comprehensive evaluation of a reusable, high-strength aluminum alloy–graphene nanocomposite designed for aerospace appl...
Development of Advanced High-Strength Steel with Integrated Self-Healing Capabilitie...
The development of Advanced High-Strength Steel (AHSS) with integrated self-healing capabilities addresses a critical need in aerospace structures for materials...
Development of a Hybrid Nanocomposite using Steel-Welded Joints with Graphene-Reinfo...
This study presents the development and evaluation of a hybrid nanocomposite material designed to enhance wear resistance and corrosion protection in steel-weld...
Optimization of additively manufactured Ti-6Al-4V lattice structures for crashworthi...
This study presents a comprehensive investigation into the optimization of Ti-6Al-4V lattice structures manufactured via additive processes, with a focus on enh...
Development of a Recyclable High-Entropy Alloy for Lightweight Automotive Applicatio...
This study presents the design, synthesis, and comprehensive evaluation of a recyclable high-entropy alloy (HEA) tailored for lightweight automotive application...
Development of a multi-scale modeling framework for predicting corrosion resistance ...
This study presents a comprehensive multi-scale modeling framework to predict the corrosion resistance of high-entropy alloy (HEA) coatings in marine environmen...
Development of High-Performance Titanium Alloys for Aerospace Applications...
The development of high-performance titanium alloys aims to revolutionize aerospace component manufacturing by enhancing material strength, reducing weight, and...
Development of High-Performance Aluminum-Alloy Composites for Aerospace Applications...
The pursuit of lightweight, durable, and high-strength materials for aerospace applications has intensified the development of advanced aluminum-alloy composite...
Development of Eco-Friendly Aluminum Alloys Using Industrial Waste Residues...
This research explores the innovative development of environmentally sustainable aluminum alloys through the incorporation of industrial waste residues, aiming ...
Development of High-Performance, Lightweight Alloys for Aerospace Applications...
The development of high-performance, lightweight alloys tailored for aerospace applications aims to address the critical demand for materials that combine stren...
Development of Lightweight High-Strength Aluminum Alloys for Automotive Structural A...
The pursuit of lightweight materials with high strength and excellent corrosion resistance is pivotal in advancing automotive safety, fuel efficiency, and envir...
Development of High-Performance Lightweight Alloys for Automotive Applications...
The increasing demand for fuel-efficient and environmentally sustainable vehicles has propelled research into the development of lightweight yet high-strength m...
Development of a Sustainable Aluminum Alloy Reinforced with Rice Husk Ash for Automo...
The increasing demand for sustainable and lightweight materials in the automotive industry necessitates the exploration of innovative composites that combine en...
Development of Lightweight and High-Strength Aluminum Matrix Composites for Automoti...
The pursuit of advanced materials with enhanced mechanical properties and reduced weight has become a pivotal focus in the automotive industry, aiming to improv...
Development of High-Strength, Lightweight Alloys from Recycled Materials for Aerospa...
The pursuit of sustainable and high-performance materials in aerospace engineering has intensified interest in recycling processes to develop advanced alloys th...
