Which technologies are currently most widely used for sensor-based SHM? Structural Health Monitoring (SHM) is becoming increasingly important in sectors such as civil engineering, energy, offshore and infrastructure management.…
How do you determine optimal positions for placing sensors in a structure? In an era where structural health monitoring (SHM) is essential for safety,…
What energy-efficient solutions exist for long-term monitoring via sensors? Efficient energy use in sensor-based monitoring In a world where sustainability and efficiency are becoming increasingly important,…
How to integrate IoT technologies with sensor-based SHM systems? The future of structural monitoring In an era where infrastructure reliability and safety are paramount, companies are looking for innovative…
What criteria are important when selecting sensors for SHM applications? Structural Health Monitoring (SHM) is not effective without the right sensors. Whether it is…
What are the advantages of sensor-based SHM over traditional inspection methods? Why switch to sensor-based Structural Health Monitoring? Traditional inspection methods for buildings and infrastructure often bring…
What are the main sensor types for Structural Health Monitoring? For effective monitoring of bridges, tunnels, viaducts and other critical infrastructure, a well-functioning…
Monitoring vibration with vibration meters Prevent damage with proactive vibration monitoring In construction projects and industrial environments, vibrations can cause significant damage to buildings and infrastructure. With…
Measuring and monitoring tilt with tilt sensors and inclinometers Prevent structural problems with accurate tilt measurement In construction and infrastructure, tilt can lead to major safety risks…
Monitoring Construction and Demolition Work with Sensors and DAQ Maintain Control During Construction and Demolition Projects During construction and demolition work, safety, precision, and compliance are…
Monitoring buildings and structures with sensors and DAQ Prevent problems through proactive monitoring In construction and real estate management, it is essential to have continuous insight…
Effective monitoring of buildings, environment and construction activities Gain insight into safety and quality In the construction sector and real estate management, continuous insight into the condition of buildings,…
Use of smartphones for bridge monitoring The need for innovative monitoring methods Many bridges worldwide, including in the Netherlands, are approaching the end of their design life. It is crucial…
How does SHM detect fatigue damage in bridge structures? The challenge of fatigue damage in bridges Bridges are exposed to repeated loads from traffic, wind and temperature changes on a daily basis. These…
Scientific articles on SHM of bridges Structural Health Monitoring (SHM) of bridges is a rapidly growing research area within civil engineering. Worldwide – and certainly in…
Implementation of SHM in existing bridge structures The structural health of bridges is a crucial point of attention for municipalities, provinces and asset managers in the Netherlands. Due to the increasing…
Use of Fiber Optic Sensors in Bridge Monitoring The Need for Advanced Monitoring Bridges are subject to a variety of stresses and environmental influences that can compromise their structural integrity. Traditional…
Costs and benefits of structural health monitoring of bridges The need for proactive bridge management The Netherlands has an extensive network of bridges, a significant part of which…
Dexman: Your partner for structural health monitoring of bridges in the Netherlands The need for reliable SHM solutions The Netherlands has an extensive network of bridges that are essential…
How does a wireless SHM system for bridges work? The need for modern bridge monitoring In a time where infrastructure is aging and traffic loads are increasing, it is essential to…
Examples of SHM applications in Dutch bridges The urgency of smart bridge monitoring in the Netherlands The Netherlands has thousands of bridges, a significant number of which are outdated. Structural…
What are the best sensors for structural health monitoring of bridges? The key to safe and sustainable bridges In a time when infrastructure is aging and…
The Use of Flowmeters in Petrochemical and Water Technology Maximum control and efficiency with industrial flow measurement In sectors such as petrochemical and water technology, accurate…
Using an Inclinometer in Combination with DAQ Systems An inclinometer, also known as a tilt meter, are instruments that measure the angle or slope of a…
Using a Process Control Device for Rotary Encoder and Linear Encoder In modern industrial automation, precision and control are critical.…
Displacement Sensors for Monitoring Retaining Walls with DAQ Systems Maximum safety and structural control along water barriers In the Netherlands and Belgium, retaining walls are crucial parts of…
The Use of Pressure Sensors for Monitoring Dike Bodies in Combination with DAQ Systems In the water management sector it is essential to ensure safety…
Building Monitoring with Strain Gauges and Acceleration Sensors Real-time structural insight for safe buildings in urban areas In densely populated cities such as Amsterdam, Rotterdam, Brussels and Ghent…
Using Force Gauges in Combination with DAQ Systems In test environments, monitoring processes and structural health analyses, measuring forces is crucial. Force gauges – also known as…
The Use of Vibration Meters and Displacement Sensors for Monitoring Underground Construction Work in Combination with DAQ Systems In the modern construction industry it is crucial…