Scheiner, Stefan

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Full name Familienname, Vorname
Scheiner, Stefan
 
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Results 21-40 of 227 (Search time: 0.003 seconds).

PreviewAuthor(s)TitleTypeIssue Date
21Kuttke, Patricia ; Kurfürst, Aleš ; Scheiner, Stefan ; Hellmich, Christian Sequential 1D/2D Finite Element Analyses of Tramway Rails Under Bending and Restrained Torsion, Based on the Principle of Virtual PowerArtikel Article 2021
22Plachy, R. ; Hellmich, C. ; Arthofer, F. ; Robin, S. ; Holzner, A. ; Scheiner, S. Hydrostatic Compression Tests, Capillary Rheometry Tests, and Extrusion Tests Performed on Unvulcanized Rubber Confirm Importance of Compressibility for Die Swell - Arguments from Dimensional AnalysisArtikel Article 2021
23Kalliauer, Johannes ; Kahl, Gerhard ; Scheiner, Stefan ; Hellmich, Christian A new approach to the mechanics of DNA: Atoms-to-beam homogenizationPräsentation Presentation2021
24Scheiner, Stefan Utilization of Continuum Micromechanical Up- and Down-Scaling Relations for Studying Transport Processes in Porous MediaKonferenzbeitrag Inproceedings2021
25Hellmich, 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
26Kuttke, Patricia Sofie ; Jagsch, Valentin ; Scheiner, Stefan ; Hellmich, Christian The Structural Mechanics of the Vienna Tramway Rails: Advanced Beam Theory-Assisted 1D/2D FE ModellingKonferenzbeitrag Inproceedings2021
27Scheiner, Stefan Design of Tissue Engineering Scaffold by Means of Mathematical ModelingBuchbeitrag Book Contribution2021
28Scheiner, Stefan Utilization of Continuum Micromechanical Up- and Down-Scaling Relations for Studying Transport Processes in Porous MediaPräsentation Presentation2021
29Scheiner, Stefan A Principle of Virtual Power-Based Beam Model Reveals Discontinuities in Elastic Support as Sources of Stress Peaks in Tramway RailsPräsentation Presentation2021
30Scheiner, Stefan Aiming at Increasing the Significance of Bone Remodeling Simulation through Model ReductionPräsentation Presentation2021
31Larcher, Isabella ; Scheiner, Stefan Parameter Reduction, Sensitivity Studies, and Correlation Analyses Applied to a Mechanobiologically Regulated Bone Cell Population Model of the Bone MetabolismArtikel Article 2021
32Kalliauer Johannes - 2020 - A new approach to the mechanics of DNA Atoms-to-beam...pdf.jpgKalliauer, Johannes ; Kahl, Gerhard ; Scheiner, Stefan ; Hellmich, Christian A new approach to the mechanics of DNA : Atoms-to-beam homogenizationArticle Artikel 1-Oct-2020
33Jagsch, Valentin ; Kuttke, Patricia ; Lahayne, Olaf ; Zelaya-Lainez, Luis ; Scheiner, Stefan ; Hellmich, Christian Multiscale and multitechnique investigation of the elasticity of grooved rail steelArtikel Article 30-Mar-2020
34Kuttke, Patricia ; Hellmich, Christian ; Scheiner, Stefan A Principle of Virtual Power-Based Beam Model Reveals Discontinuities in Elastic Support as Potential Sources of Stress Peaks in Tramway RailsArtikel Article 2020
35Scheiner, Stefan ; Ukaj, Niketa ; Hellmich, Christian Mathematical Modeling of COVID-19 Fatality Trends: Death Kinetics Law Versus Infection-to-Death Delay RuleArtikel Article 2020
36Lavaill, Maxence ; Trichilo, Silvia ; Scheiner, Stefan ; Forwood, Mark R. ; Cooper, David M. L. ; Pivonka, Peter Study of the Combined Effects of PTH Treatment and Mechanical Loading in Postmenopausal Osteoporosis Using a New Mechanistic PK-PD ModelArtikel Article 2020
37Trichilo, Silvia ; Scheiner, Stefan ; Forwood, Mark ; David M.L., Cooper ; Pivonka, Peter Computational model of the dual action of PTH — Application to a rat model of osteoporosisArtikel Article 21-Jul-2019
38Kalliauer, Johannes ; Kahl, Gerhard ; Scheiner, Stefan ; Hellmich, Christian Molecule-to-Beam Homogenization, Applied to DNAKonferenzbeitrag Inproceedings2019
39Hasslinger, Patricia ; Scheiner, Stefan ; Hellmich, Christian Stress States in Tramway Rails, Predicted Through a Principle of Virtual Power-Based, Enhanced Beam Theory ApproachKonferenzbeitrag Inproceedings2019
40Estermann, Sarah-Jane ; Scheiner, Stefan Multiscale Modeling Provides Differentiated Insights to Fluid Flow-Driven Stimulation of Bone Cellular ActivitiesKonferenzbeitrag Inproceedings2019