Abstract
The article presents a solution to the problem of determining the impact of noise level on a residential low-rise building near a railway line, based on initial data. Based on the initial data, the author found the analytical value of the existing sound pressure level by considering factors such as the number of train pairs and types of trains, speed, and distance to the axis of the outermost track to the object under study. The analysis focused on the existing measures employed for noise protection and reduction. The author suggested an optimal set of measures for this location. To assess the efficacy of the implemented solutions, the author devised a sequence of analyzes. The author provides the conclusion and analysis of the most effective and economically workable measures.
Reference12 articles.
1. Noise in Europe 2014. EEA Report No 10/2014, https://www.eea.europa.eu/publications/noise-ineurope-2014
2. Guidelines for the selection of noise protection measures when identifying excess acoustic impact from railway transport facilities (approved by Order of JSC Russian Railways dated October 12, 2022 N 2638/r)
3. Butorina M., Drozdova L., Kuklin D., Approacgothe rail noise reduction, in Proceedings of 24th International congress on sound and vibration - ICSV-2017. St. Petersburg : International institute of acoustics and vibration, (2017), p. 5
4. Yaitskov I. A., Theoretical study of the vibrations transmitted to frame from internal combustion engine of locomotives and diesel locomotives and their influence on labor conditions of locomotive crews, in Proceedings of the 4th International conference on industrial engineering, lecture notes in mechanical engineering ICIE-2018, p. 2375–2384