...Packia Antony Amalan A.; Renugadevi N. The present work reviews recent research on the mechanical properties of magnesium (Mg)-based materials using machine learning ( ML ) and deep learning methods. Magnesium-based materials are one of the important lightweight and biodegradable materials due...

... interest in biomedical engineering. Furthermore, the magnesium alloy MgNd2 provides unique mechanical and corrosive characteristics combined with appropriate biocompatibility, making it an ideal candidate for resorbable biomedical applications. MgNd2 provides low strength, enabling plastic deformation...

...Jan Niederlaender, MSc; Philipp Rudi, MD; Ernst Schweizer, CTA; Marcell Post, BSc; Christine Schille, PhTA; Stefanie Krajewski, PhD; Hans P. Wendel, PhD; Juergen Geis-Gerstorfer, PhD Biodegradable materials such as magnesium alloys have raised great interest in the last few years, since long-term...

...Petra Maier, Dr.-Ing.; Chamini Mendis, Dr.; Gerhard Tober, MSc; Norbert Hort, Dr.-Ing. Magnesium-rare Earth alloys receive growing interest for medical applications as implant material due to their non-toxicity, high specific strength with moderate corrosion rate and elastic modulus comparable...

... morbidity. The concept of magnesium as a biodegradable implant was first investigated 100 years ago by Payr as an innovative approach to address the aforementioned concerns. In this investigation, three alloys were fabricated by casting technology: Magnesium-Zinc (MgZn), Magnesium-Zinc-Calcium (MgZnCa...

... equipments CGI DI GCI magnesium vermicular Compacted graphite iron (CGI) has been accepted as a demanding material for automotive equipment because, as a high strength iron, it can help higher performance for which it continues to gain use within the automotive industry. ¹...