At Dynamica, our mission is to ensure that the noise and vibration from trains have minimal impact on both research outcomes and personal quality of life. While railways have long been a cornerstone of transportation, they can also introduce environmental nuisances in the form of noise and vibration, particularly when sensitive buildings are situated along the tracks.
With extensive experience in the railways sector, Dynamica has amassed a wealth of knowledge through involvement in numerous mega-projects in Israel. Our expertise spans screening, measuring, and predicting ground-borne vibration and noise, positioning us as the leading consultant in addressing the impact of ground-borne noise and vibration on standard, residential, and sensitive buildings, including research centers, located along railway routes.
Some of our key services and products include:
- Acoustic and Dynamic Consultancy: We provide comprehensive consultancy services throughout all stages of design and infrastructure implementation, ensuring that noise and vibration considerations are integrated seamlessly into the project.
- Ground-Borne Transmission Measurements: Utilizing advanced techniques, we conduct precise measurements of ground-borne vibration and transfer mobility to understand the impact of train-induced vibrations on surrounding structures.
- Analysis and Prediction: Leveraging our expertise, we analyze and predict ground vibration and noise spectra levels, enabling informed decision-making and effective mitigation strategies.
- Mitigation Measures: We offer consultancy services and provide optional mitigation measures to minimize the impact of ground-borne noise and vibration on sensitive buildings and communities.
- Development of Train Force Spectral Density: Using rolling stock databases and measurements, we develop train force spectral density profiles to accurately assess the vibration characteristics of train operations.
With our dedication to excellence and commitment to innovation, Dynamica is poised to address the challenges posed by railway-induced noise and vibration, ensuring a harmonious coexistence between transportation infrastructure and surrounding communities.
