A Comprehensive Tri-Axial Approach to Evaluating and Optimizing Noise and Vibration Mitigation in Railway Systems: Technical, Environmental, and Economic Perspectives

Széchenyi István Egyetem

Multidiszciplináris Műszaki Tudományi Doktori Iskola

Fischer Szabolcs

építőmérnöki tudományok

The research aims to address critical challenges in railway infrastructure. It focuses on developing environmentally friendly, efficient, and cost-effective solutions to reduce noise and vibrations caused by train-track interactions. This comprehensive study incorporates technical, environmental, and economic analyses to evaluate and recommend optimal mitigation strategies. The outcomes will enhance the quality of life for communities near railway tracks, protect historical structures, and ensure smooth operations in critical facilities. By bridging existing research gaps, the project seeks to integrate advanced methods with sustainability and economic feasibility. With a systematic methodology and robust decision-making framework, the study promises groundbreaking contributions to railway systems globally. Its results will promote safer, quieter, and more sustainable transportation networks, aligning with societal and environmental goals. This innovative approach is set to transform the future of railway technology and urban planning.

1 fő

SZE

2026-08-31