Follow
Rauf Gungor
Rauf Gungor
Knolls Atomic Power Laboratory
Verified email at unnpp.gov
Title
Cited by
Cited by
Year
Theoretical analysis of electromigration-induced failure of metallic thin films due to transgranular void propagation
MR Gungor, D Maroudas
Journal of Applied Physics 85 (4), 2233-2246, 1999
1361999
Electromigration-induced failure of metallic thin films due to transgranular void propagation
MR Gungor, D Maroudas
Applied Physics Letters 72 (26), 3452-3454, 1998
761998
Modeling of electromechanically-induced failure of passivated metallic thin films used in device interconnections
MR Gungor, D Maroudas
International Journal of Fracture 109, 47-68, 2001
652001
Effects of mechanical stress on electromigration-driven transgranular void dynamics in passivated metallic thin films
MR Gungor, D Maroudas, LJ Gray
Applied Physics Letters 73 (26), 3848-3850, 1998
481998
Current-induced stabilization of surface morphology in stressed solids
V Tomar, MR Gungor, D Maroudas
Physical review letters 100 (3), 036106, 2008
462008
Non-linear analysis of the morphological evolution of void surfaces in metallic thin films under surface electromigration conditions
MR Gungor, D Maroudas
Surface science 415 (3), L1055-L1060, 1998
411998
Electromigration-driven motion of morphologically stable voids in metallic thin films: Universal scaling of migration speed with void size
J Cho, MR Gungor, D Maroudas
Applied physics letters 85 (12), 2214-2216, 2004
372004
Current-induced non-linear dynamics of voids in metallic thin films: morphological transition and surface wave propagation
MR Gungor, D Maroudas
Surface science 461 (1-3), L550-L556, 2000
352000
Molecular-dynamics simulations of stacking-fault-induced dislocation annihilation in prestrained ultrathin single-crystalline copper films
K Kolluri, MR Gungor, D Maroudas
Journal of Applied Physics 105 (9), 2009
312009
Molecular-dynamics study of the mechanism and kinetics of void growth in ductile metallic thin films
MR Gungor, D Maroudas, S Zhou
Applied Physics Letters 77 (3), 343-345, 2000
282000
Current-driven interactions between voids in metallic interconnect lines and their effects on line electrical resistance
J Cho, M Rauf Gungor, D Maroudas
Applied physics letters 88 (22), 2006
272006
Atomistic mechanisms of strain relaxation due to ductile void growth in ultrathin films of face-centered-cubic metals
MR Gungor, D Maroudas
Journal of applied physics 97 (11), 2005
262005
Molecular dynamics simulations of martensitic fcc-to-hcp phase transformations in strained ultrathin metallic films
K Kolluri, MR Gungor, D Maroudas
Physical Review B 78 (19), 195408, 2008
252008
Effects of electromigration-induced void dynamics on the evolution of electrical resistance in metallic interconnect lines
J Cho, MR Gungor, D Maroudas
Applied Physics Letters 86 (24), 2005
252005
Theoretical analysis of texture effects on the surface morphological stability of metallic thin films
V Tomar, MR Gungor, D Maroudas
Applied Physics Letters 92 (18), 2008
242008
Atomic-scale analysis of defect dynamics and strain relaxation mechanisms in biaxially strained ultrathin films of face-centered cubic metals
K Kolluri, MR Gungor, D Maroudas
Journal of Applied Physics 103 (12), 2008
232008
Electromigration-induced wave propagation on surfaces of voids in metallic thin films: Hopf bifurcation for high grain symmetry
J Cho, MR Gungor, D Maroudas
Surface science 575 (1-2), L41-L50, 2005
222005
Continuum and atomistic modeling of electromechanically-induced failure of ductile metallic thin films
D Maroudas, MR Gungor
Computational materials science 23 (1-4), 242-249, 2002
222002
Stress-induced deceleration of electromigration-driven void motion in metallic thin films
MR Gungor, D Maroudas
Journal of Applied Physics 101 (6), 2007
212007
Nonhydrostatic stress effects on failure of passivated metallic thin films due to void surface electromigration
MR Gungor, D Maroudas
Surface science 432 (3), L604-L610, 1999
191999
The system can't perform the operation now. Try again later.
Articles 1–20