Dorin Ieşan

Dorin Ieşan is a Professor at the Department of Mathematics, Faculty of Mathematics, Alexandru Ioan Cuza University in Iaşi, Romania. Born on April 8, 1941 in Rădăuţi, he graduated from the Mathematics-Mechanics Faculty of Alexandru Ioan Cuza University in 1963 and has remained affiliated with the institution throughout his career.

His academic progression includes preparator (1963-1965), assistant (1965-1968), lecturer (1968-1975), associate professor (1975-1981), and Professor (1981-present). He holds a PhD in Mathematics (1969) and is a Corresponding Member of the Romanian Academy.

• Educational Background:
• Graduated Mathematics-Mechanics Faculty, Alexandru Ioan Cuza University (1963)
• PhD in Mathematics (1969)

Professor Ieşan's research focuses on the mathematical study of deformable solids mechanics, with particular expertise in elasticity theory, thermoelasticity, and micropolar media. His work bridges theoretical mathematics with mechanical engineering applications, emphasizing rigorous mathematical formulations of physical phenomena in continuous media.

His publication record shows consistent output through 2017, with recent work concentrating on chiral materials, strain gradient theories, and porous elastic solids. The research demonstrates evolving complexity from classical elasticity to advanced theories incorporating microstructure, thermal effects, and chiral properties. Key trends include increasing focus on non-classical elastic solids, coupled physical phenomena, and mathematical modeling of complex material behaviors.

• Scientific Recognition:
• Simion Stoilow Prize of the Romanian Academy (1974)
• Corresponding Member of the Romanian Academy
• Editorial Board, Journal of Thermal Stresses

Professor Ieşan has maintained extensive international collaborations, presenting lectures and conferences at institutions including Royal Institute of Technology (Stockholm), University of Catania, University of Rome "La Sapienza," and others across Europe. His work has influenced both theoretical developments and practical applications in solid mechanics, particularly in thermoelasticity and microstructure modeling. He has supervised numerous students and contributed to the advancement of mechanical engineering education through university courses and textbooks.