Mary Giannos

Title: Innovations by Mary Giannos in Die Coatings

Introduction

Mary Giannos is a prolific inventor based in Preston, Australia. With a significant contribution to the field of die casting, Mary holds one patent focusing on enhancing the durability and efficiency of metal molds. Her innovative approach has piqued the interest of the engineering community, particularly in its applications within manufacturing processes.

Latest Patents

Mary Giannos' notable patent is titled "Die coatings for gravity and low pressure die casting." This invention presents a die coating designed for application on metal mold surfaces that come into contact with molten metal during low pressure or gravity die casting. The unique aspect of her patent is the co-deposition technique used to create a porous layer of ceramic material. This is achieved through thermal spraying, which combines a powdered ceramic material with an organic polymer material. Following the co-deposition process, the layer is heated to eliminate the polymer, leaving behind a durable ceramic coating that enhances the mold's performance.

Career Highlights

Mary Giannos is currently associated with Cast Centre Pty Ltd. in the Department of Mining, Minerals and Materials at the University of Queensland. Her work combines academic research with practical application in the industry, bridging the gap between theoretical knowledge and real-world engineering challenges. Mary's innovative research has contributed significantly to advancements in materials used in die casting processes.

Collaborations

Throughout her career, Mary has collaborated with esteemed colleagues, including Mahnaz Zehtab Jahedi and Stefan Gulizia. These partnerships have fostered a dynamic environment for innovation and have propelled research projects that seek to improve manufacturing technologies.

Conclusion

Mary Giannos' contributions to die coatings signify important advancements in the field of materials engineering. With her patented invention, she has showcased her commitment to enhancing manufacturing processes through innovative solutions. The collaboration with fellow researchers further underscores the importance of teamwork in driving technological progress within the industry. Mary’s work exemplifies the potential for innovation to transform traditional methods and practices in engineering.