Email
darko@wpi.edu
Office
Stratton Hall 430
Phone
+1 (508) 8315000 x6125
Education
PhD Rutgers University 2001

Professor Volkov's research is on Partial Differential Equations theory, Integral Equations theory, and asymptotic and numerical methods. He is interested in abstract existence and uniqueness questions as well as inverse problems and their numerical solutions. He has collaborated with geophysicists and engineers to work on problems related to electromagnetic theory, or seismology. He has published over 30 research papers in prestigious scientific journals. He has taught all levels of math classes, such as Linear Algebra II, Introduction to Analysis, and Graduate Analysis. He particularly enjoys how WPI students are forthcoming in talking to him outside class time, as he believes that the most valuable learning experience occurs during one-on-one discussions.

Email
darko@wpi.edu
Education
PhD Rutgers University 2001

Professor Volkov's research is on Partial Differential Equations theory, Integral Equations theory, and asymptotic and numerical methods. He is interested in abstract existence and uniqueness questions as well as inverse problems and their numerical solutions. He has collaborated with geophysicists and engineers to work on problems related to electromagnetic theory, or seismology. He has published over 30 research papers in prestigious scientific journals. He has taught all levels of math classes, such as Linear Algebra II, Introduction to Analysis, and Graduate Analysis. He particularly enjoys how WPI students are forthcoming in talking to him outside class time, as he believes that the most valuable learning experience occurs during one-on-one discussions.

Office
Stratton Hall 430
Phone
+1 (508) 8315000 x6125

Scholarly Work

Asymptotic formulas for perturbations in the eigenfrequencies of the full Maxwell equations due to the presence of imperfections of small diameter 2014

Faults in elastic half space: Direct and inverse problem 2015

A NUMERICAL BOUNDARY EIGENVALUE PROBLEM FOR ELASTIC CRACKS IN FREE AND HALF SPACE. 2015

An inverse problem for the recovery of active faults from surface observations 2015

Professional Highlights & Honors
Principal Investigator, "The Fault Inverse Problem", 2006
NSF DMS