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Dwayne Arola received his training in Mechanical Engineering at the University of Washington. In addition to Materials Science and Engineering, he holds adjunct appointments in Mechanical Engineering, Oral Health Science and Restorative Dentistry. His research is broadly focused on the microstructure and mechanical behavior of dental, engineering and natural materials. His interests include bioinspiration, damage tolerance, and the durability of materials.
My research program is focused on solving problems that involve the mechanical behavior of materials and factors (either environmental or manufacturing) that influence their performance and durability. Our current studies are focused on understanding the properties of natural materials and engineered materials, as well as the interfaces between hard tissues and biomaterials. Much of the effort is aimed at evaluating the fatigue and fracture behavior of these materials, as well as finding ways to examine and quantify changes in their behavior with aging. Our methods extend from the nano- to the macro-scale. Recent efforts have involved topics relevant to the fields of orthopedics and restorative dentistry. We address fundamental questions, with the ultimate goal being to contribute to the pursuit and maintenance of lifelong health.
My research program is focused on solving problems that involve the mechanical behavior of materials and factors (either environmental or manufacturing) that influence their performance and durability. Our current studies are focused on understanding the properties of natural materials and engineered materials, as well as the interfaces between hard tissues and biomaterials. Much of the effort is aimed at evaluating the fatigue and fracture behavior of these materials, as well as finding ways to examine and quantify changes in their behavior with aging. Our methods extend from the nano- to the macro-scale. Recent efforts have involved topics relevant to the fields of orthopedics and restorative dentistry. We address fundamental questions, with the ultimate goal being to contribute to the pursuit and maintenance of lifelong health.
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Acta biomaterialia (2024): 208-220
Authorea (Authorea) (2023)
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Mohammad Sayem Bin Abdullah, Eric Bol, Garrett Kelley, Curtis Doyle, Rick Schleusener, Melody Mojib, Xu Chen,Dwayne Arola,Mamidala Ramulu
JOURNAL OF MATERIALS RESEARCH AND TECHNOLOGY-JMR&T (2023): 6493-6507
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