Author

Andrew Rusinko

Observed names: A. K. Rusinko, A. Rusinko, Rusinko Andrew

Institution: Obuda University

Observed institutions: Obuda University, Lviv Polytechnic National University

ORCID: 0000-0002-8808-8742

Observed ORCID: 0000-0002-8808-8742

OpenAlex ID: A5004162141

Analytical description of ultrasonic hardening and softening

2011 · A. Rusinko · Ultrasonics · 79

Plasticity and Creep of Metals

2011 · Andrew Rusinko, Konstantin Rusinko · Springer eBooks · 74

Synthetic theory of irreversible deformation in the context of fundamental bases of plasticity

2008 · A. Rusinko, K. Rusinko · Mechanics of Materials · 25

Modeling the effect of DC on the creep of metals in terms of the synthetic theory of irrecoverable deformation

2015 · Andrew Rusinko · Mechanics of Materials · 10

Non-Classical Problems of Irreversible Deformation in Terms of the Synthetic Theory

2010 · Andrew Rusinko · 7

Peculiarities of irreversible straining in step-wise loading, reverse and inverse creep

2012 · Andrew Rusinko · Acta Mechanica Solida Sinica · 6

Analytic Dependence of the Rate of Stationary Creep of Metals on the Level of Plastic Prestraining

2002 · A. K. Rusinko · Strength of Materials · 6

Analytical Description of the Steady-State Creep of Metals in the Presence of Direct Current

2019 · Andrew Rusinko, Peter Varga · Acta Polytechnica Hungarica · 4

Modelling of the plastic deformation and primary creep of metals coupled with DC in terms of the synthetic theory of irrecoverable deformation

2018 · Andrew Rusinko, Peter Varga · Mechanics of Time-Dependent Materials · 4

Influence of preliminary ultrasonic treatment upon the steady-state creep of metals of different stacking fault energies

2013 · A. Rusinko · Ultrasonics · 4

On the Advantages of the Theories of Plasticity with Singular Loading Surface

2014 · Andrew Rusinko, Daniel Fenyvesi · Journal of Materials Science and Chemical Engineering · 3

An analytic description of the creep deformation of metals in the ultrasonic field

2021 · Andrew Rusinko, Ali H. Alhilfi, et al. · Mechanics of Time-Dependent Materials · 2

Peculiarities of irrecoverable straining in stress-drop test

2017 · Andrew Rusinko · International Journal of Engineering Research and Applications · 2

Irrecoverable deformation of tin in terms of the synthetic theory

2015 · Andrew Rusinko · Materials Science and Engineering A · 2

Influence of Annealing Temperature in the Course of Mechanical-Thermal Treatment upon the Steady-State Creep Rate of Metals

2013 · Andrew Rusinko · Journal of Mechanics · 2

Analytic description of the formation of pores under conditions of steady-state creep of metals

2007 · A. K. Rusinko, J. Ginsztler, et al. · Strength of Materials · 2

Yield Locus Evolution at Non-Proportional Loading in Terms of the Synthetic Theory

2024 · A. Rusinko · Mechanics of Solids · 1

Austenite Transformation of Shape Memory Alloys in the Ultrasonic Field

2022 · Ali. H. Alhilfi, A. Rusinko · Mechanics of Solids · 1

Effect of Ultrasound on the Pseudoelasticity of Shape Memory Alloys

2022 · Ali H. Alhilfi, Andrew Rusinko · Journal of Materials Science and Chemical Engineering · 1

Modeling the effects of imposed current on the creep of SAC305 solder material

2018 · Peter Varga, Andrew Rusinko · International Conference on Thermal, Mechanical and Multi-Physics Simulation and Experiments in Microelectronics and Microsystems (EuroSimE) · 1

Loading Surface in the Course of Mechanical-Thermal Treatment and Steady-State Creep of Metals

2013 · Andrew Rusinko · Acta Polytechnica Hungarica · 1

Classical Theories of Plasticity

2011 · Andrew Rusinko, Konstantin Rusinko · Springer eBooks · 1

Creep Deformation with Plastic Preloading

2026 · Andrew Rusinko · Journal of Engineering Mechanics

Analytical description of the creep rate of zirconium alloys under irradiation

2026 · Andrew Rusinko · Nuclear Materials and Energy

Modeling of primary creep regeneration in engineering metallic alloys

2025 · Andrew Rusinko · Mechanics of Time-Dependent Materials

Works count: 35

Citation count: 238

H-index: 6

I10-index: 4