Numerical simulation of heat transport for rabbit eye exposed to millimeter wave considering fluid dynamics within anterior chamber

The ocular damage caused by MMW exposure is highly depends on the temperature elevation in the anterior part of the ocular tissue with the complicated structure. Especially, aqueous humor in the anterior chamber affects the nature of heat transport under the MMW exposure. In this study, we have originally developed the coupled analysis system on electromagnetic field (EMF) and heat transport (HT) including the fluid convection model. As an example of non-linear HT analysis, distributions of temperature elevation and aqueous humor flow are calculated in the condition of 75GHz, 150mW/cm² MMW exposure.