Sustainable materials for corrosion-resistant energy harvesting: a conceptual framework for innovations in biodegradable solutions for nuclear applications DOI Creative Commons

Thompson Odion Igunma,

Adeoye Taofik Aderamo,

Olisakwe Henry Chukwuemeka

et al.

Engineering Science & Technology Journal, Journal Year: 2024, Volume and Issue: 5(10), P. 2911 - 2933

Published: Oct. 16, 2024

The demand for sustainable materials in energy harvesting technologies has led to significant advancements, particularly the development of biodegradable solutions nuclear applications. This conceptual framework explores innovations corrosion-resistant that combine sustainability with enhanced performance systems. integration into applications presents an opportunity reduce environmental impact while maintaining efficiency and safety standards harsh conditions. review focuses on dual challenge corrosion resistance biodegradability, which are critical long-term operation environments. Traditional used reactors, such as stainless steels superalloys, often struggle disposal issues. By contrast, offer potential these challenges, recent providing sufficient radiation corrosive investigates properties polymers, composites, coatings have been adapted A central theme this is application nanostructured hybrid designed withstand extreme conditions within reactors. These exhibit self-healing passivation capabilities, contributing their resistance. also discusses various strategies optimizing materials, including surface treatments, alloying, coating techniques, enhance both durability. Moreover, highlights ongoing research bio-based scalability Although challenges remain ensuring consistent over extended periods, prospects integrating biodegradable, systems promising. In conclusion, outlines revolutionizing by addressing resistance, sustainability, material lifecycle management. Continued innovation field could transform technologies, driving shift toward greener, more systems.. Keywords: Sustainable Materials, Corrosion Resistance, Energy Harvesting, Biodegradable Solutions, Nuclear Applications, Nanostructured Bio-Based Composites.

Language: Английский

A Digital Transformation Framework for U.S. E-Commerce Supply Chains DOI Open Access

Oluwakemi Famoti,

Bamidele Michael Omowole,

Godwin Nzeako

et al.

International Journal of Scientific Research in Computer Science Engineering and Information Technology, Journal Year: 2025, Volume and Issue: 11(1), P. 1670 - 1701

Published: Feb. 7, 2025

The rapid advancement of digital technologies has transformed industries worldwide, with U.S. e-commerce supply chains being no exception. This concept paper presents a comprehensive framework for transformation within chains, aiming to enhance efficiency, resilience, and scalability in an increasingly competitive market. outlines the integration cutting-edge technologies, including artificial intelligence (AI), blockchain, Internet Things (IoT), big data analytics, optimize key chain operations such as inventory management, logistics, demand forecasting, customer service. identifies critical challenges face, fragmented systems, inefficiencies real-time decision-making, vulnerabilities external disruptions. To address these challenges, proposes phased approach transformation, prioritizing automation, integration, analytics. It emphasizes importance adopting cloud-based solutions enhanced collaboration between suppliers, distributors, retailers. In addition technological solutions, highlights role human capital driving successful calling upskilling reskilling initiatives prepare workforce data-driven technology-enabled environment. also considers regulatory cybersecurity aspects offering strategies ensuring compliance protecting sensitive from cyber threats. By implementing this framework, businesses can achieve higher levels operational reduced costs, improved satisfaction. serves roadmap companies navigate evolving landscape, ultimately positioning sustained growth advantage global

Language: Английский

Citations

0
What Is the Process? A Metamodel of the Requirements Elicitation Process Derived from a Systematic Literature Review DOI Open Access
Mauricio Hidalgo, Franco Fernando Yanine, Rodrígo Paredes

et al.

Processes, Journal Year: 2024, Volume and Issue: 13(1), P. 20 - 20

Published: Dec. 25, 2024

Requirements elicitation is a fundamental process in software engineering, essential for aligning products with user needs and project objectives. As projects become more complex, effective methods are vital capturing accurate comprehensive requirements. Despite the variety of available methods, practitioners face persistent challenges such as tacit knowledge, managing diverse stakeholder needs, addressing ambiguities Moreover, although recognized core gathering analyzing system objectives, there lack unified systematic framework to guide practitioners—especially newcomers—through activity. To address these challenges, we provide analysis existing aiming contribute better alignment between ultimately improving engineering practices. We do so by performing literature review identifying crosscutting steps, common techniques, tools, approaches that define activities process. synthesize our findings into metamodel structures processes. This uncovers various methods—such collaborative workshops, interviews, prototyping—each demonstrating unique strengths different contexts. It also highlights significant limitations, including misalignment incomplete requirements capture, which continue reduce effectiveness Finally, study seeks understanding providing view their current limitations through enabling structuring optimization

Language: Английский

Citations

1
A conceptual framework for data-driven business optimization: Enhancing operational efficiency and strategic growth in U.S. small enterprises DOI Creative Commons

Enuma Ezeife,

May Equitozia Eyeregba,

Chukwunweike Mokogwu

et al.

Magna Scientia Advanced Research and Reviews, Journal Year: 2024, Volume and Issue: 12(2), P. 182 - 197

Published: Nov. 30, 2024

Small enterprises play a vital role in the U.S. economy, yet many face significant challenges optimizing operations and achieving sustainable growth due to resource constraints market dynamics. This study proposes conceptual framework for data-driven business optimization, aimed at enhancing operational efficiency fostering strategic small enterprises. Leveraging advancements data analytics, integrates predictive modeling, real-time processing, machine learning algorithms enable informed decision-making proactive strategy formulation. The emphasizes three core components: · Data Acquisition Management, which involves collecting structured unstructured from internal external sources build robust repository; Analytics Insights Generation, utilizing advanced tools identify patterns, forecast trends, detect inefficiencies; Strategic Implementation, applying insights streamline workflows, reduce costs, capitalize on emerging opportunities. By aligning strategies with organizational goals, ensures systematic approach addressing unlocking new avenues. Furthermore, this explores of technologies, including artificial intelligence Internet Things (IoT) devices, scalability adaptability framework. It also examines adopting approaches, such as limited technological expertise privacy concerns, offering practical recommendations overcome these barriers. Case studies successful implementations diverse sectors—retail, manufacturing, services—highlight framework's potential deliver measurable outcomes, increased productivity, improved customer satisfaction, competitive advantage. research provides actionable into leveraging asset, innovation, resilience rapidly evolving landscape.

Language: Английский

Citations

0
Sustainable materials for corrosion-resistant energy harvesting: a conceptual framework for innovations in biodegradable solutions for nuclear applications DOI Creative Commons

Thompson Odion Igunma,

Adeoye Taofik Aderamo,

Olisakwe Henry Chukwuemeka

et al.

Engineering Science & Technology Journal, Journal Year: 2024, Volume and Issue: 5(10), P. 2911 - 2933

Published: Oct. 16, 2024

The demand for sustainable materials in energy harvesting technologies has led to significant advancements, particularly the development of biodegradable solutions nuclear applications. This conceptual framework explores innovations corrosion-resistant that combine sustainability with enhanced performance systems. integration into applications presents an opportunity reduce environmental impact while maintaining efficiency and safety standards harsh conditions. review focuses on dual challenge corrosion resistance biodegradability, which are critical long-term operation environments. Traditional used reactors, such as stainless steels superalloys, often struggle disposal issues. By contrast, offer potential these challenges, recent providing sufficient radiation corrosive investigates properties polymers, composites, coatings have been adapted A central theme this is application nanostructured hybrid designed withstand extreme conditions within reactors. These exhibit self-healing passivation capabilities, contributing their resistance. also discusses various strategies optimizing materials, including surface treatments, alloying, coating techniques, enhance both durability. Moreover, highlights ongoing research bio-based scalability Although challenges remain ensuring consistent over extended periods, prospects integrating biodegradable, systems promising. In conclusion, outlines revolutionizing by addressing resistance, sustainability, material lifecycle management. Continued innovation field could transform technologies, driving shift toward greener, more systems.. Keywords: Sustainable Materials, Corrosion Resistance, Energy Harvesting, Biodegradable Solutions, Nuclear Applications, Nanostructured Bio-Based Composites.

Language: Английский

Citations

0