Forschungsbereich Festigkeitslehre und Biomechanik

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Organization Name (de) Name der Organisation (de)
E202-01 - Forschungsbereich Festigkeitslehre und Biomechanik
 
Code Kennzahl
E202-01
 
Type of Organization Organisationstyp
Research Division
Parent OrgUnit Übergeordnete Organisation
 
Active Aktiv
 

OrgUnit's Publications


Results 341-360 of 1489 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
341Pichler, Bernhard Creep Homogenization of Cementitious MaterialsPräsentation Presentation2016
342Pichler, Bernhard Short-Term Creep of Cement Paste: Experiments and Multiscale ModelingPräsentation Presentation2016
343Scheiner, Stefan Micromechanical Stiffness Estimation of Tissue Engineering Scaffolds Composed of Hydroxyapatite Granules, Considering Bone RegenerationPräsentation Presentation2016
344Hellmich, Christian Self-Consistent Microscopic Modeling of Chloride Diffusion in Cement PastePräsentation Presentation2016
345Hellmich, Christian Ultrashort-Term Creep of Concrete: Experiments and Multiscale ModelingPräsentation Presentation2016
346Mang, Herbert A. The Buckling Sphere - An Ideal Research Area for Innovative Solutions of Challenging Engineering ProblemsPräsentation Presentation2016
347Mang, Herbert A. The Buckling Sphere - A Symbiosis of Mechanics and GeometryPräsentation Presentation2016
348Mang, Herbert A. The Buckling SpherePräsentation Presentation2016
349Mang, Herbert A. 200 Jahre Mechanik an der Technischen Universität Wien im historischen RückblickPräsentation Presentation2016
350Vass, Viktoria Micromechanics of Plastically Sliding Interfaces: Theoretical Foundations and Application to BonePräsentation Presentation2016
351Vass, Viktoria Micromechanics of Plastically Sliding Interfaces: Theoretical Foundations and Application to BonePräsentation Presentation2016
352Hellmich, Christian Liquid Crystal Interface MicromechanicsPräsentation Presentation2016
353Hellmich, Christian Stiffness and Strength Prediction for a Hydroxyapatite-Based Biomaterial, Considering Bone RegenerationPräsentation Presentation2016
354Hellmich, Christian Neuere Beiträge von IMWS@TUWien betreffend Zement/Betonmechanik und TunnelbauPräsentation Presentation2016
355Hellmich, Christian Recent Contributions of Multiscale Engineering Mechanics, to Biology and MedicinePräsentation Presentation2016
356Hellmich, Christian Ingenieurmechanik als Trägerin innovativer Technologien in Bau- und Bioingenieurwesen: Beton - Holz - KnochenPräsentation Presentation2016
357Hellmich, Christian Nanoindentation of Hard Biomaterials Revisited: Relation to Ultrasound, FIB-Based Nanomechanical Testing, and Micromechanical ModelingPräsentation Presentation2016
358Hellmich, Christian Mechanics and Mechano-Biology of Bone: On the Key Role of WaterPräsentation Presentation2016
359Hellmich, Christian Micromechanics Reveals that Subjecting Bone to Physiological Strain Induces the Optimum Pressure Stimulus in OstreocytesPräsentation Presentation2016
360Scheiner, Stefan Stiffness and Strength Prediction for a Hydroxyapatite-Based Biomaterial Considering Bone RegenerationPräsentation Presentation2016