In order to evaluate the structural safety of buildings on the basis of mathematical models we need information on geometry, bearing characteristics and load as well as on the building materials and their properties. We therefore begin our analysis with a careful review of all existing records.
In cases where we cannot prove sufficient structural safety with calculations based on our experimental data, we evaluate the prospects of a load test. Our clients want the guarantee that the test will be successfull. Our motto is: You provide the building, we disclose its load bearing reserves! These reserves usually exist and can be quantified with our load testing methods. The diagnosis will either support calculations or directly provide proof.
Enhancements or innovations? We can guide you on your way to new products with FE-modelling and experiments. Building techniques and structural engineering have evolved massively in the 20th century.
New building materials allowed for new forms of buildings – but they also brought up new questions. Our work on existing buildings from different time periods enables us to monitor these developments on a large scale – and to learn from the mistakes of earlier generations.
Experimental safety evaluations show actual load carrying behaviour and lead to better results even when calculations failed before
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Portable loading equipment can be used individually for any task and can be customized for any geometry and load situation
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Essential data is collected electrically by measurement systems and is shown simultaneously on screen
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Legitimated: assessment of buildings and structural parts can be based on experiments
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