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Igor V. Simonov

Observed names: I V Simonov, I. V. Simonov, I. V. Simonov †, I.V Simonov, I.V. Simonov, Igor Simonov
OpenAlex ID: A5076500329
An interface crack in an inhomogeneous stress field
1990 · I. V. Simonov · International Journal of Fracture · 19
Mechanics of dynamic penetration into soil medium
2010 · Yu. K. Bivin, I. V. Simonov · Mechanics of Solids · 16
The stability of motion of an elongated rigid body of revolution in an elastoplastic medium with flow separation
2000 · I.V Simonov · Journal of Applied Mathematics and Mechanics · 15
On the jet collision: General model and reduction to the Mie-Grüneisen state equation
2009 · K. Yu. Osipenko, I. V. Simonov · Mechanics of Solids · 13
Crack at an interface in a uniform stress field
1986 · I. V. Simonov · Mechanics of Composite Materials · 13
Stability, Paths, and Dynamic bending of a Blunt Body of Revolution Penetrating into an Elastoplastic Medium
2004 · I. V. Simonov, K. Yu. Osipenko · Journal of Applied Mechanics and Technical Physics · 12
Classification of trajectories of the plane-parallel motion of an axisymmetric body in a strong medium with flow separation
2002 · I. V. Simonov · Doklady Physics · 7
Transonic flow of an elastic medium past a thin solid
1984 · I.V. Simonov · Journal of Applied Mathematics and Mechanics · 7
When does an adhesively bonded interfacial weak zone become the nucleus of a crack?
2000 · I.V Simonov, B.L Karihaloo · International Journal of Solids and Structures · 6
Prediction of arbitrary crack growth from the interface between two dissimilar elastic materials
1992 · I. V. Simonov · International Journal of Fracture · 6
Brittle cleavage of a piecewise-homogeneous elastic medium
1985 · I.V. Simonov · Journal of Applied Mathematics and Mechanics · 6
Dislocation model of an asymmetric weak zone for problems of interaction between crack-like defects
2005 · I. V. Simonov †, B. L. Karihaloo * · The Philosophical Magazine A Journal of Theoretical Experimental and Applied Physics · 5
Estimates of the penetration depth of rigid bodies in soils at supersonic impact velocities
1993 · Yu. K. Bivin, I. V. Simonov, et al. · Doklady Physics · 5
Cavitating penetration of a plastic medium by bodies of minimum resistance
1993 · I.V. Simonov · Journal of Applied Mathematics and Mechanics · 5
High-velocity collisions of iron plates
1975 · I. V. Simonov, B. S. Chekin · Combustion Explosion and Shock Waves · 5
On the steady motion of a crack with slip and separation sections along the interface of two elastic materials
1984 · I.V. Simonov · Journal of Applied Mathematics and Mechanics · 4
Detecting fiber oscillations by measuring electric field variations
2007 · I. V. Simonov, A. A. Sirotin, et al. · Technical Physics Letters · 3
Qualitative features of the motion of a rotating axisymmetric rigid body in an elastoplastic medium
2006 · I. V. Simonov · Doklady Physics · 3
The feasibility of using large impact to destroy a dangerous asteroid
2002 · Igor V. Simonov · International Journal of Impact Engineering · 3
Possibilities for hypervelocity impact experiments in frames of demonstration project “Space Patrol”
1997 · Anatoly V. Zaitsev, Anatoly V. Dobrov, et al. · International Journal of Impact Engineering · 3
Estimates of the pressures, temperatures and drag coefficient in the supersonic flow of a medium around blunt bodies
1995 · I.V. Simonov · Journal of Applied Mathematics and Mechanics · 3
Theory of dynamic bending of thin elastic high nonhomogeneous plates
1992 · I.V. Simonov · International Journal of Solids and Structures · 3
On the integrable case of a Riemann-Hilbert boundary value problem for two functions and the solutions of certain mixed problems for a composite elastic plane
1985 · I.V. Simonov · Journal of Applied Mathematics and Mechanics · 3
Surface waves and stability of tangential velocity discontinuity on a solid-fluid boundary
1981 · I. V. Simonov · Journal of Applied Mechanics and Technical Physics · 3
Rebound of a rigid body falling on an elastic half-space
1966 · I. V. Simonov, L. M. Flitman · Journal of Applied Mechanics and Technical Physics · 3
Works count: 71
Citation count: 193
H-index: 7
I10-index: 6
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