The service life of structures is difficult to predict, as loads vary greatly and wear is not straightforward. Design and actual stress usually differ from each other. This poses a major challenge – both for the engineers responsible for the safety of the structure and for those responsible for operation and maintenance.
In order to control the condition of the structures and to better plan repairs, monitoring systems are used which continuously record the dynamic loads and the resulting stresses and reactions.
However, our systems do not only record raw data, but rather analyze the entire condition of the structure, taking into account the operating and environmental conditions, using intelligent algorithms (structural intelligence). Based on this, concrete instructions for the user can then be derived. You can find out exactly how our systems work and why you should use Structural Intelligence here.
Classical monitoring (e.g. of tunnels, retaining structures, noise protection structures)
- Recording and evaluation of the true condition of the building
- Identification of damage and weak points
- Recording of building loads (traffic loads, weather, dynamic loads, component loads)
- Monitoring of damage or weak points of critical components (e.g. bridge bearings, roadway transitions, suspension cables, tendons)
Evaluation with the help of Structural Intelligence
- Calculation of the remaining service life
- Extension of service life through early detection of damage and optimization of operation
- Optimization of inspection and maintenance work and intervals (targeted maintenance of critical components)
The analysis and visualization of the collected data takes place in our Monitoring Intelligence Center MIC.Construction.
Please contact me personally
I’ll be pleased to advise you on the development of an individual monitoring concept for your civil engineering project as well as on questions concerning our range of products and services in the field of structural intelligence.
Civil Engineering (focus on renovation of old buildings), HTWK Leipzig, Dipl.-Ing. (FH)
Civil Engineering (focus on structural engineering), HTWK Leipzig, M.Sc.
Dr.-Ing: Scientific assistant at HTWK Leipzig within a research project of the DFG (German Research Foundation); in cooperation with the University of Siegen, Prof. Fritzen, resulting in my dissertation in the field of structural dynamics.
DIN 4150, Parts 1 and 3: "Vibration protection in civil engineering"
VDI 4551: "Structural monitoring and assessment of wind turbines and offshore stations"
IEA Wind, Task 42: "Wind Turbine Lifetime Extension"
Innovative engineering solutions for comfort and cost efficiency
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