| Prediction and control of the vibration or reradiated noise levels in buildings induced by railway infrastructures or construction activities. |
Robert Arcos |
| Experimental evaluation of the vibration and noise induced by railway infrastructures or construction activities. |
Robert Arcos |
| Design of vibration abatement solutions for railway infrastructures or construction activities, such as isolation screens, fasteners or complete superstructures specifically designed for vibration control, Dynamic Vibration Absorbers (DVA) and other solutions. |
Robert Arcos |
| Dynamic characterization of railway superstructures. |
Robert Arcos |
| Determination of the absorption coefficient of acoustic materials. |
Jordi Romeu |
| Determination of dynamic stiffness and damping coefficient of elastic materials and vibration isolators. |
Jordi Romeu |
| Measurements of noise and vibrations caused by industrial activities or infrastructures |
Jordi Romeu |
| Making noise maps and determination of noise areas. |
Santiago Jiménez |
| Consultancy on developing action plans to reduce urban noise. |
Santiago Jiménez |
| Determination of sound power according to UNE norms in the laboratory or in the facilities of the customer. |
Andreu Balastegui |
| Determination of noise sources in machinery, vehicles or industrial processes. |
Andreu Balastegui |
| Modal analysis of components or structures. |
Robert Arcos |
| Detailed studies developed based on the Finite Element Method (FEM) and/or the Boundary Element Method (BEM) for problems of noise and vibration in facilities, infrastructure, machinery, etc. |
Teresa Pàmies |
| Characterization of the mechanical properties of the ground in a specific location using the MASW method. |
Robert Arcos |
| Prediction of the pantograph/catenary contact dynamics. |
Robert Arcos |
| Customized training for companies and government departments. |
Jordi Romeu |
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