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Authors:
Michalski, Alexander 
Document type:
Dissertation / Thesis 
Title:
Ein phänomenologisches makromechanisches Schädigungs- und Versagensmodell für Beton basierend auf Experimenten 
Advisor:
Brünig, Michael Prof. Dr.-Ing. habil. 
Referee:
Brünig, Michael Prof. Dr.-Ing. habil. ; De Lorenzis, Laura Prof. Dr-Ing. 
Date oral examination:
17.06.2019 
Publication date:
14.08.2019 
Year:
2019 
Language:
Deutsch 
Subject:
Beton ; Schadensmechanik ; Stoffeigenschaft ; Werkstoffprüfung ; Simulation ; Hochschulschrift 
Keywords:
Schädigung, Versagen, Materialmodellierung, Beton, 
Abstract:
This thesis deals with a phenomenological continuum damage model to describe the damage behavior of concrete. The micromechanically motivated, anisotropic damage model can simulate the elastic-damage material behavior during both material hardening and softening. The kinematics is based on an initial and a current configuration as well as a fictitious elastically unloaded intermediate configuration. This kinematics leads to the additive decomposition of the strains into an elastic and a dam...    »
 
DDC notation:
620.136 
Department:
Fakultät für Bauingenieurwesen und Umweltwissenschaften 
Institute:
BAU 2 - Institut für Mechanik und Statik 
Chair:
Baumechanik 
Open Access yes or no?:
Ja / Yes