Ashraf Zaghwan

A cleaner demand-side management approach utilizing hybrid fractal-fuzzy intelligence for energy loss reduction in smart energy systems

Ashraf Zaghwan, Yousef Amer, Omar A. Mohamed, Indra Gunawan et autres

The challenge of energy loss caused by end-users' energy consumption patterns is complex, primarily due to the lack of standardized expectations among end-users and the challenges of defining demand similarity or dissimilarity in an imperfectly bounded context. At present, a fully predictive …

au, Libye, bg (code pays fourni par la source)

Investigating the Cause-Effect Relationship Between Contour Number and Dynamic Mechanical Damping in FDM-Printed Parts

Omar Ahmed Mohamed, Yousef Amer, Ashraf Zaghwan

bg, au (code pays fourni par la source)

A digital twin-based framework for predictive quality assurance and supply chain resilience in the automotive industry

Yousef M. Amer, Amirhesam Soufali, Ashraf Zaghwan

The automotive industry faces growing challenges in ensuring supply chain resilience (SCR) and predictive quality assurance (PQA), particularly amid global disruptions. Traditional quality systems often lack the traceability and adaptability needed in this dynamic environment. Addressing this gap, this study proposes a …

au (code pays fourni par la source)

Minimizing Residual Stress in Aesthetic Automotive Components: A Study of Injection Pressure in ICM and IM Processes

Yousef M. Amer, Praveen Kelath, Ashraf Zaghwan, Christopher W.K. Chow

This study investigates the injection pressure differences between Injection Moulding (IM) and Injection Compression Moulding (ICM) processes for crafting aesthetic automotive interior components, such as Radome Badages and Hidden-Til-Lit (HTL) components. Using Autodesk Moldflow® software, simulation-based analysis of ICM injection pressure is …

au (code pays fourni par la source)

Optimising aesthetic automotive component manufacturing: comparative analysis of injection pressure in injection compression moulding vs. injection moulding

Yousef M. Amer, Praveen Kelath, Ashraf Zaghwan

This study investigates the injection pressure differences between injection moulding (IM) and injection compression moulding (ICM) processes for manufacturing aesthetic automotive interior components. Using Autodesk Moldflow® software, we conducted a simulation-based analysis of ICM injection pressure for various specimens with wall thicknesses …

au (code pays fourni par la source)

A Digital Twin Framework for Predictive Quality Assurance and Resilient Supply Chain Management in the Automotive Sector

Yousef M. Amer, Amirhesam Soufali, Ashraf Zaghwan

au (code pays fourni par la source)

Optimising Aesthetic Automotive Component Manufacturing: Comparative Analysis of Injection Pressure in Injection Compression Moulding (ICM) vs. Injection Moulding (IM)

Ashraf Zaghwan, Praveen Kelath, Yousef M. Amer