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Abstracts
Sandwich elements in the structural enigneeringJungbluth, O.
Sandwich elements in the structural enigneering.
Sandwich tragewerke im konstruktiven Ingenieurbau
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Reprint from the final report of the working commission, sandwich sheet supporting structuresJungbluth, O.
International Association for Bridge and Structural Engineering, 1968 |
Reports of the working commissions, on mass-produced steel structuresBeer, H.
International Association for Bridge and Structural Engineering, 1971 |
Reprint of the introductory report of the working commission, on mass produced steel structuresJungbluth, O.; Pegels, G.; Zwanzig, W.
International Association for Bridge and Structural Engineering, 1971 |
Long – span sandwich shells in composite method steel sheet – polyurethane foamJundbluth, O.
Published by the secretariat of IABSE in Zürich (1972) |
Numerical methods for the design of sandwich elementsSchwarze, K.
Stahlbau 12 / 1984 |
Load Bearing Strength of Sandwich Panel Walls with Window OpeningsHöglund, T. International Association for Bridge and Structural Engineering (IABSE) Colloquium, Stockholm 1986 |
Elastic bond – an approximate solution and its applicationWölfel, E.
Stahlbau (6), 1987 |
Compression load bearing capacity of the flexible facing of a sandwich panelKech, J.
Stahlbau (60), 1991, Heft 7 |
Diaphragma Action of Sandwich PanelsLadwein
Stahlbau (62), 1993, Heft 11 |
Intermediate support area of sandwich panels for multi – span girder systemsSchulz, U.
Stahlbau (62), 1993, Heft 10
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Practical checks at ultimate and serviceability limit state of sandwich panelsKlaus Berner
Stahlbau 67, 1998, Heft 12
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Examination of structural engineering documents for roofing out of sandwich panelsBuchholz, E
Der Prüfingenieur, 1999
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Modeling of lightweight sandwich shear diaphragms for dynamic analysesDe Matteis, G., Landolfo, R.
Journal of Constructional Steel Research 53 (2000) 33-61
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"Styrofoam" and "Styrodur" Expanded and extruded polystyrene rigid foamBeck, A. (2001)
Bautechnik DAB 4/01
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Investigation of the wrinkling behavior of sandwich panels with flat or profiled facingEwert, T.; Banke, F.; Schulz, U.; Wolters, M.
Stahlbau 70 (2001), Heft 7
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Sandwich construction and designKoschade, R.
DAB Bautechnik, 6/01
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Sandwich construction and design- sandwich construction as a symbiosis of design, technique, economics and ecology – an alternative for architects, part 1Koschade, R.
DAB Bautechnik, 5/01
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Economic and safe building of cold stores with sandwich elementsPodleschny, R.
IFBS 2/01, 16. Jahrgang
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Temperature as a load scheme for sandwich panelsWiegmann, R.
Industrieverband zur Förderung des Bauens mit Stahlblech, 2/02, 17. Jahrgang
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Investigation of the wrinkling behavior of imperfect sandwich panelsWolters, M.; Banke, F.; Ewert, E.; Schulz, U.
Stahlbau 71 (2002), Heft 4
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Optimization of sandwich beamsTimár, I.; Horváth, P.; Borbély, T.
Stahlbau 72, Heft 2, 2003
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Steel sandwich panels with rock wool corePodleschny, R
IFBS Industrieverband für Bausysteme im Stahlleichtbau, 1/04 18. Jahrgang
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Calculation of bearing-out sandwich panelsWiegmann, R. (2004)
IFBS Industrieverband für Bausysteme im Stahlleichtbau, 2/04 19. Jahrgang
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Lightweight girders made of sandwich elements for reconstruction purposes – experimental investigationsPeil, U.; Ruff, D.
Bauingenier, Band 81, Februar 2006
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EPAQ European quality assurance of sandwich panelsWiegmann, R.
Industrieverband für Bausysteme im Metallleichtbau, 21. Jahrgang 1/06
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Investigation of the torsional restraint of sandwich panels against
lateral torsional buckling of beams
Markus Dürr,
Ralf Podleschny,
Helmut Saal,
DOI: 10.1002/stab.200710043
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Lightweight girder for use in building renovation an reconstructionPeil, U.; Ruff, D.
VDI Berichte Nr. 1970, 2007
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Sandwich panels for roof coveringKlaus Berner
DOI: 10.1002/stab.200810046
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Experimental analysis of the flexural properties of sandwich panels with cellular core materialsFiedler, T.; Öchsner, A.
Mat.-wiss. U. Werkstofftech. 2008, 39, No.2
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Experimental procedure, modeling the distortional behavior of z purlins in sandwich panel roofsGeorgescu, M.; Ungureanu, V.
EUROSTEEL 2008, 3.-5. September 2008, Graz, Austria
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Pull-through resistance of fasteners for sandwich-panelsThomas Misiek,
Helmut Saal,
Karsten Kathage,
DOI: 10.1002/stab.200810048
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Experimental and Numerical Studies on the Mechanical Behavior of Foam Core Supported Steel Sandwich PanelsZha Xiao-xiong, Qin Pei-cheng, Yu Min
The 5th International Symposium on Steel Structures, Seoul, Korea (2009)
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Self bearing and racking sandwich panels – possibilities for small and middle sized buildingsKlaus Berner
DOI: 10.1002/stab.200910042
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Fixing of sandwich panels in building applicationsHassinen, P.; Misiek, Th.
Faculty of Engineering and Architecture, Helsinki University of Technology, Versuchsanstalt für Stahl, Holz und Steine, Universität Karlsruhe (TH), NSCC2009
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Curved sandwich panelsKlaus Berner
DOI: 10.1002/ab.201001325
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ECCS/CIB Joint Committee on Sandwich Constructions: Recent European Recommendations on Design and TestingDavis, J.M.
Hassinen, P.
Heselius, L.
Misiek, T.
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Methods to Measure the Durability of Structural Sandwich PanelsHassinen, P.
Aalto University Department of Structural Engineering and Building Technology, Finland
Pfeiffer, L.
ThyssenKrupp Steel Europe AG Profit Center Color/Construction, Germany
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Thermal bridge atlas of the metal – sandwich constructionKuhnhenne, M.
2010/03 IFBS e.V.
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A Unified Approach for the Local Buckling Of Sandwich Panels and Trapezoidal SheetingMisiek, T.
CIB 05/2010
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Stabilisation of Beams by Sandwich Panels – New Regulations and Recent Research ResultsMisiek, T.
Käpplein, S.
Dürr, M.
Saal, H.
CIB 05/2010
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Reliable Composite Roofing: Learning From ExperienceRoberts, K.
CIB 05/2010
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