cript src="https://kit.fontawesome.com/5799a1f17a.js" crossorigin="anonymous">
Avda. Pio XII, 44 · Torre 2 - Madrid, (Spain) +34913459730 infotsi@tsisl.es

Transportation infrastructures such as bridges can be affected during their service life by external agents, such as the environment and weather conditions. Historically, concrete structures have been designed to properly withstand service loads without often considering durability factors, especially during the construction phase. If these factors are not considered in the design, they will have to be addressed through subsequent maintenance during operation, which can be more costly.

Durability issues affect various types of structures, and once they arise, the structures become non-functional, inefficient, and inevitably fail to meet their estimated service life. They also incur costs for owners or investors due to the need to repair affected areas, replace damaged elements, along with the operational costs for periodic renovations and maintenance.

To ensure the stability of any road infrastructure, it is essential to observe the behavior of these structures in response to any changes, such as the construction of buildings or other infrastructures nearby.

civil construction, buildings, bartec syscom tsi practical case, building mr3000c

The Bartec Syscom team used for this monitoring was the MR3000C, specifically designed for seismic monitoring and structural vibration monitoring. This equipment includes an internal triaxial velocity meter and a 3G module that enables internet connectivity and the sending of PDF reports comparing the results obtained with the applicable regulations in each country. Additionally, it can be installed vertically, making it the best solution for this type of construction.

civil construction, buildings, bartec syscom tsi practical case, building mr3000c

Another key aspect of such measurements is the placement of the equipment. They should be located in the most critical areas with a higher probability of being affected by the development of other activities, in this particular case, the construction of a tunnel under the viaduct. This allows for the detection of potential structural alterations directly and continuously.

Tools like these assist in the proper surveillance and control of the structural behavior of transportation infrastructures, whether during moments of punctual overloads or for daily observation of behavior resulting from usage. This facilitates essential information for decision-making by safety departments to help prevent possible damages and catastrophes in construction.

CASE OF STUDY                    BARTEC SYSCOM

 

Follow Us
Work with us

Careers

Last News

SPECIALIZED NOISE AND VIBRATION TRAINING – TSI

Immerse yourself in the world of noise and vibration with TSI thanks to its specialized courses for professionals. If you are looking to stand out in the working world, get certified as a vibration analyst.

APPROVED NEW URN GUIDELINES BY IMO

The new URN guides related to underwater noise emitted by commercial maritime transport have been approved and in which TSI has collaborated as a Spanish member of the international committee