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COMPUTER MODELING OF PHYSICAL PHENOMENA
Models of oscillatory systems. Adaptation for applications in medicine and economy.
Nonlinear oscillators: van der Pol's equation, Lotka-Volterra eqautions. Stability analysis. Applications in medicine, biology, and economy.
Langevine harmonic oscillator and applications in physics of protein syntesis.
Linear dynamical systems.
Wave equation in classical and quantum mechanics. Shock waves and wave equation applications for traffic modeling.
Heat transfer. Modeling of the heat transfer inside the electronics components..