Forschungsbereich Leichtbau

Organization Name (de) Name der Organisation (de)
E317-01 - Forschungsbereich Leichtbau
 
Code Kennzahl
E317-01
 
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Research Division
Parent OrgUnit Übergeordnete Organisation
 
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PreviewAuthor(s)TitleTypeIssue Date
81Pettermann-2020-Mechanics of Time-Dependent Materials-vor.pdf.jpgPettermann, Heinz E. ; Cheyrou, Camille ; DeSimone, Antonio Modeling and simulation of anisotropic linear viscoelasticityArticle Artikel Dec-2021
82Červinek, Ondřej ; Werner, Benjamin ; Koutný, Daniel ; Vaverka, Ondřej ; Pantělejev, Libor ; Paloušek, David Computational Approaches of Quasi-Static Compression Loading of SS316L Lattice Structures Made by Selective Laser MeltingArtikel Article 2021
83Pettermann, Heinz E. ; Ceglar, Tilen Unit Cell Predictions of a [90/0/0/90] FRE Laminate Under Uniaxial Stress in 45◦ DirectionBericht Report2021
84Schasching, Marius ; Todt, Melanie Linear continuum modeling of lattice materials by means of the Finite Element MethodBericht Report2021
85Böhm, H.J. ; Zickler, G.A. ; Fischer, F.D. ; Svoboda, J. Role of Elastic Strain Energy in Spheroidal Precipitates RevisitedArtikel Article 2021
86Duy, Robert ; Schasching, Marius ; Todt, Melanie ; Pettermann, Heinz E. Wrinkling of hyperelastic sheets in the finite strain regimeBericht Report2021
87Schasching, Marius ; Duy, Robert ; Todt, Melanie ; Pettermann, Heinz E. Wrinkling of Anisotropic Hyperelastic Sheets in the Finite Strain RegimeBericht Report2021
88Helmig, Jan ; Key, Fabian ; Behr, Marek ; Elgeti, Stefanie Combining boundary-conforming finite element meshes on moving domains using a sliding mesh approachArtikel Article 2021
89Völlmecke, Christina ; Todt, Melanie ; Yiatros, Stylianos Buckling and postbuckling of architectured materials: A review of methods for lattice structures and metal foamsArtikel Article 2021
90von Danwitz, Max ; Antony, Patrick ; Key, Fabian ; Hosters, Norbert ; Behr, Marek Four-dimensional elastically deformed simplex space-time meshes for domains with time-variant topologyArtikel Article 2021
91Kaul, J. ; Pettermann, H.E. A constitutive model for fiber reinforced polymer plies - Implicit anisotropic evolution of damage and plasticity based on effective strengthsArtikel Article 2021
92Key, Fabian ; Ballarin, Francesco ; Eusterholz, Sebastian ; Elgeti, Stefanie ; Rozza, Gianluigi Reduced Flow Model for Plastics Melt Inside an Extrusion DieArtikel Article2021
93Zwicke, Florian ; Hohlweck, Tobias ; Hopmann, Christian ; Elgeti, Stefanie Inverse Design Based on Nonlinear Thermoelastic Material ModelsArtikel Article2021
94Saelzer, J ; Alammari, Y ; Zabel, A ; Biermann, D ; Lee, J ; Elgeti, S Characterisation and modelling of friction depending on the tool topography and the intermediate mediumKonferenzbeitrag Inproceedings 2021
95Zwicke, Florian ; Elgeti, Stefanie Inverse Design Method for Injection Molding Cavity ShapesBuchbeitrag Book Contribution2021
96Anam, K. ; Todt, M. ; Pettermann, H. Computationally Efficient Modeling of Delamination Behavior in Laminated CompositesKonferenzbeitrag Inproceedings2021
97Ceglar, T. ; Pettermann, H. Homogenization of Fiber Reinforced Elastomer LaminatesKonferenzbeitrag Inproceedings2021
98Todt, Melanie Continuum Mechanics Modeling of Materials: Aims, Modeling Concepts, and ExamplesPräsentation Presentation2021
99Todt, M. ; Tomas, R. ; Koch, T. ; Pettermann, H. Numerical Study of yhe Creep Buckling Response of Laminated Orthotropic Linear Viscoelastic Cylindrical ShellsKonferenzbeitrag Inproceedings2021
100Schasching, M. ; Duy, R. ; Ceglar, T. ; Todt, M. ; Pettermann, H. Simulation of The Wrinkling of Thin Hyperelastic Composite Strips under Global Tensile LoadingKonferenzbeitrag Inproceedings2021