Full name Familienname, Vorname
Helnwein, Peter
 

Results 1-17 of 17 (Search time: 0.001 seconds).

PreviewAuthor(s)TitleTypeIssue Date
1Helnwein, Peter Modeling of Biaxially Stressed Wood under Plane Stress Conditions as an Orthotropic Multi-Surface Elasto-Plastic MaterialPräsentation Presentation2002
2Helnwein, Peter 3D Surface Smoothing for Arbitrary FE-Meshes by Means of an Enhanced Surface DescriptionPräsentation Presentation2002
3Helnwein, Peter ; Fleischmann, Martin ; Eberhardsteiner, Josef Viscous and Plastic Phenomena on Clear Spruce Wood Under Quasi-Static Cyclic Compressive Loading Perpendicular to GrainPräsentation Presentation2002
4Helnwein, Peter Short-term Mechanical Behavior of Biaxially Stressed Wood: Experimental Observations and Constitutive Modeling as Orthotropic Multi-Surface Elasto-Plastic MaterialPräsentation Presentation2002
5Helnwein, Peter Research Activities on Solid Wood and Wood Based Materials at the Institute for Strength of Materials of the Vienna University of TechnologyPräsentation Presentation2002
6Eberhardsteiner, Josef ; Hofstetter, Günter ; Meschke, Günther ; Helnwein, Peter Coupled Matrial Modelling and Multifield Structural Analyses in Civil EngineeringBuchbeitrag Book Contribution2002
7Helnwein, Peter Development of an Anisotropic Hygro-Thermo-Elasto-Viscoplastic Material Model for Biaxially Stressed Wood and its Application to Finite Element Analysis of Wooden StructuresBericht Report2001
8Helnwein, Peter Some Remarks on the Compressed Matrix Representation of Symmetric Second-Order and Fourth-Order TensorsArtikel Article 2001
9Helnwein, Peter Development of an Anisotropic Hygro-Thermo-Elasto-Viscoplastic Material Model for Biaxially Stressed Wood and its Application to Finite Element Analysis of Wooden StructuresBericht Report2000
10Helnwein, Peter Development of an Anisotropic Hygro-Thermo-Elasto-Viscoplastic Material Model for Biaxially Stressed Wood and its Application to Finite Element Analysis of Wooden StructuresBericht Report1999
11Helnwein, Peter ; Mang, Herbert A. ; Pichler, Bernhard Ab Initio Estimates of Stability Limits on Nonlinear Load-Displacement Paths: Potential and LimitationsArtikel Article1999
12Helnwein, Peter ; Huemer, Thomas ; Liu, Wenning ; Payer, Hans-Jörg ; Meschke, Günther ; Mang, Herbert A. Numerische Untersuchungen des Traktionsverhaltens von Profilstollen auf schneebedeckten FahrbahnenBericht Report1998
13Helnwein, Peter ; Huemer, Thomas ; Eberhardsteiner, Josef Numerische Untersuchung betreffend eine neue Probenform zur Untersuchung der Druckabhängigkeit des Reibungsbeiwertes von GummiBericht Report1998
14Mang, Herbert A. ; Eberhardsteiner, Josef ; Helnwein, Peter Finite Elemente Untersuchung eines Fachwerksknotens der Stahleisenbahnbrücke über die Traun bei Kleinmünchen: VariantenstudieBericht Report1997
15Helnwein, Peter ; Eberhardsteiner, Josef ; Mang, Herbert A. Numerische Untersuchung eines Fachwerkknotens einer StahleisenbahnbrückeBericht Report1997
16Liu, C.H. ; Meschke, Günther ; Helnwein, Peter ; Mang, Herbert A. Tying Algorithm for the Linking of Finite Element Meshes with Different Degrees of Refinement. Application to Finite Element Analyses of TiresArtikel Article1995
17Helnwein, Peter ; Liu, C.H. ; Meschke, Günther ; Mang, Herbert A. A New 3D Finite Element Model of Cord-Reinforced Rubber Composites. Application to Analyses of Automobile TiresArtikel Article1993