Igor Chernyavsky

Igor Chernyavsky is a Senior Lecturer in Applied Mathematics at The University of Manchester, Department of Mathematics. His research focuses on complex living systems, with particular interest in transport phenomena and biofluid dynamics in tissue physiology. He is involved in projects related to maternal and fetal health, including the development of integrated models of fetal and placental circulations. His work contributes to Sustainable Development Goals 3, 7, and 13. He is also engaged in research on renewable energy and fluid mechanics, and accepts PhD students.

Igor L. Chernyavsky is a researcher in Mathematical Physiology & Biophysics, focusing on the application of mathematical modeling to biological systems. His work explores the dynamics of blood flow, oxygen transport, and tissue structure in the placenta, integrating experimental, computational, and theoretical approaches. He has developed models to analyze intervillous blood flow, placental oxygenation, and the impact of microvascular networks on fetal development. His research also extends to nonlinear fluid dynamics, viscoelastic tube behavior, and the role of inflammation in airway diseases. Chernyavsky's interdisciplinary approach bridges biophysics, physiology, and computational science to address complex biological challenges.