Professor Emeritus Ali Argon, pioneer in the mechanics of materials, dies at 89

Ali S. Argon SM ’53, ScD ’56, the Quentin Berg Emeritus Professor of Mechanical Engineering, died on Dec. 21, 2019, at the age of 89. A world-leading specialist in mechanics of products, Argon’s pioneering study furthered the field’s knowledge of inelastic deformation and break of products including metals and alloys, ceramics, specs, polymers, and composites.

Argon came to be in 1930 in Istanbul, Turkey, up to a Turkish daddy plus German mom. After completing senior high school in Turkey, Argon relocated to america, where he obtained a bachelor of science level from Purdue University in 1952. Then enrolled in graduate college at MIT, in which he learned materials science under Professor Egon Orowan. Argon got his master’s level in mechanical engineering from MIT in 1953 along with his doctoral degree in 1956. His doctoral thesis examined the energy and anelasticity of glass.

After obtaining their doctorate, Argon spent two years working on Van de Graaf particle accelerators for both analysis and medical applications at the High Voltage Engineering Corporation in Burlington, Massachusetts. He then gone back to Turkey in 1958 to offer when you look at the Turkish Army Ordnance Corps.

In 1960, after two years of armed forces service, Argon gone back to MIT, having acknowledged a professors place in technical engineering. By 1968, he had been known as a complete professor. In 2001, Argon ended up being known as the Quentin Berg Professor of Mechanical Engineering at MIT.

Throughout his career, Argon combined novel experiments with theoretical and computational modeling to deepen the knowledge of inelastic deformation and break of manufacturing products. His analysis reveal the contacts between microstructure and macroscopic deformation and failure properties of manufacturing solids.

Having posted 335 research works, Argon is among the most-cited scientists in the field of mechanics of materials. Along side co-author Frank A. McClintock, he blogged the seminal text “Mechanical Behavior of Materials” (Addison-Wesley, 1966). Among the first books to deliver a synopsis regarding the mechanical behavior of metals along with ceramics, rubbers, and polymers, many think about the act as the beginning of the mechanics and materials field.  

As well as his impactful research contributions, Argon had been a committed educator throughout his job at MIT. He mentored over 30 doctoral students, many of who went to come to be leading experts in the industry. Into the mid-1990s, Argon assisted reshape the graduate program in technical engineering at MIT by leading an ad hoc committee. Under his leadership, the committee put forth tips for graduate programs designed for pupils enthusiastic about pursuing careers in business.

Argon got numerous prizes and awards in recognition for his research contributions. In 1989, he was chosen towards the nationwide Academy of Engineering for “major efforts toward comprehension of deformation and fracture of manufacturing materials through application of mechanics to microstructure.” He had been also produced fellow of United states bodily Society. Among his numerous prizes would be the ASME Nadai Medal, ETH’s Staudinder Durrer Medal, plus the Heyn Medal for the German components community. In 2005 he got an honorary doctoral degree from their alma mater, Purdue University.

Argon is survived by his spouse, Xenia (nee Lacher), and his son, Kermit. He was predeceased by their girl, Alice, in 2015.