Full name Familienname, Vorname
Scheiner, Stefan
 
Main Affiliation Organisations­zuordnung
 

Results 1-20 of 84 (Search time: 0.002 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Scheiner, Stefan ; Hellmich, Christian ; Filipovic, Nenad Mechanobiology of bone studied by means of multiscale modelingPresentation Vortrag9-Oct-2023
2Scheiner, Stefan ; Hellmich, Christian ; Geroski, Tijana ; Filipovic, Nenad Multiscale, Micromechanics-Inspired Modeling Employed for Quantifying the Mechanobiology of BonePresentation Vortrag5-Jun-2023
3Scheiner, Stefan Piezoelectric Excitation of Bone Metabolism Scrutinized by Means of Multiscale ModelingPresentation VortragJul-2022
4Wagner, Antonia ; Scheiner, Stefan A Micromechanics-Informed Beam Model of Growing Wood StructuresPresentation Vortrag7-Jun-2022
5Scheiner, Stefan Computation of Mechanical Stimuli Potentially Governing the Mechanobiology of Bone Computed by Means of Micromechanics-Based ModelsPräsentation Presentation2022
6Scheiner, Stefan Contiuum Micromechanics: From Fundamentals to Stiffness Homogenization (and Beyond)Präsentation Presentation2022
7Hellmich, Christian ; Ukaj, Niketa ; Scheiner, Stefan ; Sustersic, Tijana ; Ivanovic, Milos ; Van Oosterwyck, Hans ; Perez Boeréma ; Barrasa Fano, Jorge ; Exarchos, Themis ; Roumpi, Mary ; Jakovljevic, Djordje Report on Collected DataReport Bericht2022
8Kalliauer, Johannes ; Kahl, Gerhard ; Scheiner, Stefan ; Hellmich, Christian A new approach to the mechanics of DNA: Atoms-to-beam homogenizationPräsentation Presentation2021
9Hellmich, Christian ; Ukaj, Niketa ; Scheiner, Stefan ; Filipovic, Nenad ; Smeets, Bart ; Van Oosterwyck, Hans State of the art in the multiscale modeling in biomedical engineering. Deliverable Report D3.1Bericht Report2021
10Scheiner, Stefan Utilization of Continuum Micromechanical Up- and Down-Scaling Relations for Studying Transport Processes in Porous MediaPräsentation Presentation2021
11Scheiner, Stefan A Principle of Virtual Power-Based Beam Model Reveals Discontinuities in Elastic Support as Sources of Stress Peaks in Tramway RailsPräsentation Presentation2021
12Scheiner, Stefan Aiming at Increasing the Significance of Bone Remodeling Simulation through Model ReductionPräsentation Presentation2021
13Scheiner, Stefan Testing the Significance of Model Reduction in the Context of Bone Remodeling SimulationPräsentation Presentation2019
14Scheiner, Stefan Multiscale Modeling Provides Differentiated Insights to Fluid Flow-Driven Stimulation of Bone Cellular ActivitiesPräsentation Presentation2019
15Scheiner, Stefan Stress States in Tramway Rails, Predicted Through a Principle of Virtual Power-Based Beam Theory ApproachPräsentation Presentation2019
16Scheiner, Stefan Multiscale Modeling in the Field of Biomedical Engineering at the TUW (IMMS)Präsentation Presentation2019
17Scheiner, Stefan Multiscale Modeling Provides Differentiated Insights to Fluid Flow-Driven Stimulation of Bone Cellular ActivitiesPräsentation Presentation2019
18Scheiner, Stefan Continuum Micro Mechanical Up- and Downscaling Relations for Studying Transport Processes in Porous MediaPräsentation Presentation2019
19Scheiner, Stefan Estimating the Stiffness and Strength Increase of a Ceramic Biomaterial Due to Bone Regeneration by Means of a Micromechanical ApproachPräsentation Presentation2018
20Scheiner, Stefan Multiscale Modeling Provides Differentiated Insights to Fluid Flow-Driven Stimulation of Bone Cellular ActivitiesPräsentation Presentation2018