Structural Engineering Methods: Difference between revisions
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[[de:Bautechnische Methoden]] | [[de:Bautechnische Methoden]] | ||
[[File:01_Bautechnische_Methoden_01.jpg|200px|thumb|right|Procedure of an expertise]] | |||
The Department of Structural Engineering makes use of numerical, testing and experimental methods. The purpose of these calculation methods is to provide the most realistic possible assessments of actions, structural elements or structures. Trials and laboratory analyses, partly based on test procedures developed by the BAW, help to make realistic assessments of actions, construction materials or the resistance of structural elements. Theoretical research work paves the way for experimental procedures. | The Department of Structural Engineering makes use of numerical, testing and experimental methods. The purpose of these calculation methods is to provide the most realistic possible assessments of actions, structural elements or structures. Trials and laboratory analyses, partly based on test procedures developed by the BAW, help to make realistic assessments of actions, construction materials or the resistance of structural elements. Theoretical research work paves the way for experimental procedures. | ||
* [[Alkali Reactivity of Aggregates and Concretes]] | |||
* [[Analysis and Testing of Construction and Coating Materials]] | |||
* [[Durability tests for rebar corrosion]] | |||
* [[Assessing the Freeze-Thaw Resistance of Concrete]] | |||
* [[Development of Hydration Heat in Concrete]] | |||
* [[Corrosion protection tests (steel structures and corrosion protection)]] | |||
* [[Nonlinear structural engineering analysis (NiTrA)]] | |||
* [[Protecting offshore wind turbines against corrosion]] | |||
* [[Non-linear probabilistic calculations]] | |||
* [[Shear strength of concrete and masonry]] | |||
* [[Assessing the load-bearing capacity of closures on existing hydraulic steel structures (steel structures and corrosion protection)]] | |||
* [[Evaluating the condition of solid structures]] | |||
* [[Condition forecast]] | |||
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Latest revision as of 11:48, 1 April 2022
The Department of Structural Engineering makes use of numerical, testing and experimental methods. The purpose of these calculation methods is to provide the most realistic possible assessments of actions, structural elements or structures. Trials and laboratory analyses, partly based on test procedures developed by the BAW, help to make realistic assessments of actions, construction materials or the resistance of structural elements. Theoretical research work paves the way for experimental procedures.
- Alkali Reactivity of Aggregates and Concretes
- Analysis and Testing of Construction and Coating Materials
- Durability tests for rebar corrosion
- Assessing the Freeze-Thaw Resistance of Concrete
- Development of Hydration Heat in Concrete
- Corrosion protection tests (steel structures and corrosion protection)
- Nonlinear structural engineering analysis (NiTrA)
- Protecting offshore wind turbines against corrosion
- Non-linear probabilistic calculations
- Shear strength of concrete and masonry
- Assessing the load-bearing capacity of closures on existing hydraulic steel structures (steel structures and corrosion protection)
- Evaluating the condition of solid structures
- Condition forecast
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