Computational Model for Evaluating the Effectiveness of Electromagnetic Field Protection: Case Study of a Train Dispatcher’s Workplace

Abstract

The article addresses the growing concern over the adverse health effects of electromagnetic radiation in workplaces, particularly in the context of train dispatchers who are exposed to various sources of electromagnetic fields. A computational model is developed to assess the effectiveness of shielding equipment in mitigating the impact of electromagnetic fields on train dispatchers. The study focuses on the design and evaluation of protective casings and shields to reduce electromagnetic field intensity, providing valuable insights for enhancing workplace safety.