Sia nemat nasser biography sample form

He was 84 years old. He joined the UC San Diego faculty twice, first from to He went on to a brilliant year career at Northwestern University. Upon his return to UC San Diego, he set out to create a materials science program, which included helping to recruit a series of young and talented scholars.

He has published over

He went on to serve as the Founding Director of the Materials Science and Engineering Program, which remains an integrated campus-wide graduate degree program that has achieved global recognition. Nemat-Nasser also initiated a program on the mechanical behavior of materials. Both programs became magnets for researchers globally, and recognition by the community followed, along with support from the National Science Foundation which funded the Institute for Mechanics and Materials at UC San Diego where Nemat-Nasser played an important role.

In many contexts and with many different material types, he studied how materials fail and why. His work enabled the design of more resistant, useful, and safer materials for a wide range of applications, including building materials for civil infrastructure; materials for space stations that can withstand meteorite impacts; and materials for biotechnology and defense.

In addition, Nemat-Nasser and his research teams developed or co-developed many of the novel research instruments used in their laboratories. Over a prolific academic career, he published more than scientific articles which have over 33, citations according to Google Scholar. Nemat-Nasser served as Founding editor in chief of the journal Mechanics of Materials, a position he held for 37 years until his retirement.

He also authored, co-authored or edited over 20 books and proceedings including the book series Mechanics Today and the book series Mechanics of Elastic and Inelastic Solids. Notable scholarly works include his book Micromechanics: Overall Properties of Heterogeneous Materials with co-author M. In , he was elected a member of the National Academy of Engineering for pioneering micromechanical modeling and novel experimental evaluations of the responses and failure of modes of heterogeneous solids and structures.

Teaching and mentoring were crucial to Nemat-Nasser. He advised more than 70 PhD students and 30 post-doctoral researchers during his career, and throughout, taught undergraduate courses in mechanics and mathematics.