Infrastructure

Stable and durable infrastructure is the foundation of modern transportation and communication networks. Our geotechnical studies and structural monitoring help ensure the safety of bridges, roads, tunnels, and other civil engineering structures. Through precise analysis and continuous monitoring, we minimize failure risks and optimize maintenance costs.

Safe and Long-Lasting Infrastructure

The construction and maintenance of transportation infrastructure require constant monitoring of its technical condition. Bridges, roads, tunnels, and viaducts are exposed to heavy loads, vibrations, and environmental factors. Our geotechnical measurements, vibration monitoring, and structural stability assessments enable early risk identification and optimization of maintenance processes.

We Understand the Challenges of Infrastructure

Aging and Deterioration of Infrastructure

Continuous monitoring of movements and stresses allows for assessing structural conditions and planning repairs before damage occurs.

Risk of Settlement and Cracking in Road Pavements

Inclinometer measurements and settlement monitoring help evaluate how ground conditions affect infrastructure stability.

Impact of Vibrations on Bridges and Tunnels

Vibration measurement and analysis enable adjustments in operational parameters to protect sensitive structures.

Load from Heavy Vehicles and Dynamic Forces

Monitoring stresses and deformations in structures optimizes performance and extends infrastructure lifespan.

High Costs of Repairs and Modernization

Systematic inspections and damage prediction help optimize budgets and plan maintenance more efficiently.

Technologies for Secure Infrastructure

Landslide Monitoring

Inclinometer measurements, a key method for landslide monitoring, detect ground displacements early to manage terrain instability risks. They can be continuous (IPI system) or periodic, enabling proactive risk management and protective planning for infrastructure and the environment.

Measurement and monitoring of noise

Noise monitoring is used to measure, analyze, and assess sound levels in the environment.

Measurement and monitoring of vibrations

Vibration measurements are conducted to assess vibration impacts and compare them with relevant threshold values. The results are documented in a report for quality assurance and site optimization, with preliminary findings available immediately and a final report provided upon completion.

Pile integrity testing

The PIT method is a simple and cost-effective technique for assessing the quality of cast-in-situ piles, while also being applicable to driven piles, provided the pile material is elastic.

Static load tests

Static pile load testing is a traditional method for assessing load-bearing capacity, where the pile is subjected to pressure or tension using hydraulic jacks, steel beams, and anchor piles to determine its strength.

Measurement of crack width

Buildings experience loads during use, leading to cracks that vary in form and severity depending on external conditions, structure type, age, and usage. Common causes include uneven settlement, nearby construction work, or improper renovation.

Inclinometric measurement

Inclinometric measurements monitor ground movements and deformations, enabling early detection of stability threats and allowing for preventive actions during construction.

Drivability

By incorporating data on the pile type and dimensions, as well as external factors such as soil conditions and hammer type, pile driving can be simulated, allowing for an estimation of pile driveability and an informed evaluation of hammer selection before driving.

Dynamic load tests

This method is suitable for piles in various ground conditions, regardless of load transfer mechanism or material, covering both driven and bored piles.

Structural monitoring

Structural Health Monitoring (SHM) uses sensors to continuously or periodically assess a structure’s condition, detecting potential issues early to ensure safety, longevity, and timely maintenance.

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Häufig gestellte Fragen

How can I monitor the technical condition of bridges and viaducts?

SHM systems and inclinometer measurements enable real-time assessment of displacements and structural changes.

Can ground settlement be predicted?

Through geotechnical analysis and settlement monitoring, potential problems can be identified and addressed early.

How can the impact of traffic vibrations be minimized?

Vibration measurements help identify the effect of dynamic loads and adjust operational parameters accordingly.

How can structural stresses be monitored to prevent failures?

Strain gauge (tensometric) measurements provide real-time structural assessments to prevent costly repairs.

Keeping Infrastructure Under Constant Control

Our collaboration doesn’t end with project completion – our monitoring systems enable long-term control over key infrastructure parameters. Regular measurements and structural assessments extend infrastructure lifespan and optimize maintenance costs. With us, your infrastructure is in safe hands.

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Infrastructure

Safe and Long-Lasting Infrastructure

We Understand the Challenges of Infrastructure

Aging and Deterioration of Infrastructure

Risk of Settlement and Cracking in Road Pavements

Impact of Vibrations on Bridges and Tunnels

Load from Heavy Vehicles and Dynamic Forces

High Costs of Repairs and Modernization

Technologies for Secure Infrastructure

Landslide Monitoring

Measurement and monitoring of noise

Measurement and monitoring of vibrations

Pile integrity testing

Static load tests

Measurement of crack width

Inclinometric measurement

Drivability

Dynamic load tests

Structural monitoring

Haben Sie Fragen? Kontaktieren Sie uns

Häufig gestellte Fragen

How can I monitor the technical condition of bridges and viaducts?

Can ground settlement be predicted?

How can the impact of traffic vibrations be minimized?

How can structural stresses be monitored to prevent failures?

Keeping Infrastructure Under Constant Control

See our reviews

Case studies

Measurement of crack opening caused by structural loading

Measurement of crack opening caused by structural loading 2

Measurement of crack opening caused by structural loading 3

Measurement of crack opening caused by structural loading 4

Do you have a technical challenge? We have the solution

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Geotechnical investigation

Structural monitoring

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