..., biphasic, square and pulse waveforms (Balint et al., 2013 ; Watson, 2000). Finite element modelling Thermal modelling Bioelectromagnetics Body systems and organs Electrostimulation (ES) denotes the application of an electric field (EF) to boost tissue recovery (Simon and Simon...

... of ks considering different applied voltages. These graphs show that the amount of damaged tissue is larger for larger values of voltage. Also, as ks increases, the volume of damaged tissue also increases, as it was stated before. Body systems and organs Diseases Histology Electrical...

... systems and organs Static electric field High voltage direct current transmission lines Prooxidant‐antioxidant balance Antioxidant enzymes Malone dialdehyde Lipid peroxidation Long‐term exposure to various external physical factors (among them different forms of electromagnetic fields) cause...

... domain from the other tissue, we have used the natural Neumann boundary condition for Φ_i on the boundary of the nerve ∂Ω_N. © Emerald Group Publishing Limited 2009 Electromagnetism Finite element analysis Simulation Body systems and organs Nervous system...

... or approximate. Optimization techniques Body systems and organs Numerical analysis Optimization by means of mathematical procedures is becoming a standard tool in the engineering design process. In this area the use of classical optimization algorithms, based on regularity properties...