Parameter uncertainty quantification of components of a CAD mobile phone model

Numerical simulation plays an essential role in exploring and understanding physics for a real-life scenario. However, the uncertainty is generally inevitable in any numerical simulation process, e.g. model and parameter uncertainties, which potentially hinder the reliability of simulation results. For meaningful simulations, the possible uncertainty along with the simulation responses should be examined. Herein the focus is on the parameter uncertainty quantification in numerical dosimetry based on a computer-aided design of a mobile phone model. The impact of the uncertainty of different components of the mobile phone on the simulation responses is investigated. The sensitivity analysis is conducted to analyze the relative importance of each uncertain input parameter in the numerical simulations.