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      저자 : Dinkler, Dieter (검색결과 3 건)
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      • Modelling and numerical simulation of concrete structures subject to high temperatures

        Ostermann, Lars,Dinkler, Dieter Techno-Press 2014 Coupled systems mechanics Vol.3 No.1

        The paper deals with a model founded on the physical processes in concrete subject to high temperatures. The model is developed in the framework of continuum damage mechanics and the theory of porous media and is demonstrated on selected structures. The model comprises balance equations for heat transfer, mass transfer of water and vapour, for linear momentum and for reaction. The balance equations are completed by constitutive equations considering the special behaviour of concrete at high temperatures. Furthermore, the limitation and decline of admissible stresses is achieved by using a composed, temperature depending crack surface with a formulation for the damage evolution. Finally, the complete coupled model is applied to several structures and to different concrete in order to determine their influence on the high-temperature-behaviour.

      • Modeling of coupled THMC processes in porous media

        Kowalsky, Ursula,Bente, Sonja,Dinkler, Dieter Techno-Press 2014 Coupled systems mechanics Vol.3 No.1

        For landfill monitoring and aftercare, long-term prognoses of emission and deformation behaviour are required. Landfills may be considered as heterogeneous porous soil-like structures, in which flow and transport processes of gases and liquids interact with local material degradation and mechanical deformation of the solid skeleton. Therefore, in the framework of continuous porous media mechanics a model is developed that permits the investigation of coupled mechanical, hydraulical and biochemical processes in municipal solid waste landfills.

      • Coupled chemical and mechanical processes in concrete structures with respect to aging

        Cramer, Friedhelm,Kowalsky, Ursula,Dinkler, Dieter Techno-Press 2014 Coupled systems mechanics Vol.3 No.1

        Accurate prognoses of the durability of concrete structures require a detailed description of the continuously running aging processes and a consideration of the complete load history. Therefore, in the framework of continuous porous media mechanics a model is developed, which allows a detailed analysis of the most important aging processes of concrete as well as a flexible coupling of different processes. An overview of the prediction model and the balance equations is given. The material dependent model equations, the consequences of coupling different processes and the solution scheme are discussed. In two case studies the aging of concrete due to hydration and chloride penetration are presented, which illustrate the capabilities and the characteristics of the developed model.

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