In this work, numerical estimations of a nonlinear hyperbolic bioheat equation under various boundary conditions for medicinal treatments tumor cells are constructed. The heating source components in transfer model, such as the rate blood perfusions and metabolic generations, considered experimentally temperature-dependent functions. Due to nonlinearity governing relations, finite element metho...

Over the past 100 years, the understanding of thermal and mechanical properties of human tissues and physics that governs biological processes has been greatly advanced by the utilization of fundamental engineering principles in the analysis of many heat and mass transport applications in biology and medicine. During the past two decades, there has been an increasingly intense interest in biohe...

The principal objective of this work was to develop a semi-implicit hybrid boundary element method (HBEM) describe the nonlinear fractional biomechanical interactions in functionally graded anisotropic (FGA) soft tissues. local radial basis function collocation (LRBFCM) and general (GBEM) were used solve dual-phase-lag bioheat governing equation. (BEM) then poroelastic To equations arising from...

Background The Pennes' perfusion term in the Pennes bioheat transfer equation (BHTE) depicts the rate at which blood flow removes heat from a point and can play an important role in tissue heat dissipation. Because tissue perfusion is known to change over the course of a thermal therapy treatment [1, 2], the ability to perform multiple flow assessments to detect perfusion changes during magneti...

Rapid growth in wireless communications has triggered the advent of 5G mobile communication systems. The use millimeter waves (30-300 GHz) system generated global concern about its biological safety. In present paper, we have numerically analyzed heat transfer a 3D multilayered skin tissue exposed to frequencies. numerical scheme comprises coupling solution Maxwell's equation wave propagation w...