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Home: Sandwich Panel European collaborative project


  Research areas on sandwich panels technology

  WP1 - Opening and joints

  Design guidelines for good panel joints and joints ...


  Calculation Model determining mechanical strength o...


  Design the joints against thermal losses


  WP2 - Design by testing

  Article WP2 on the deliverables


  Comparison design by testing and design by calculat...


  Design by testing presentention - Congress Porto-Se...


  Thermal test method - May 2010


  Theoretical guidances


  Numerical examples


  Software Modules


  Draft Annex F EN 14509


  WP3 - Global resistance of buildings

  Article WP3


  Axially loaded sandwich panels


  CALCULATION EXAMPLE


  Collection of typical construction details


  Connections of sandwich panels


  Creeping tests on axially loaded sandwich panels


  Frameless buildings made of sandwich panels


  In-plane shear resistance of sandwich panels


  Introduction of loads into axially loaded sandwich ...


  Stabilisation of beams by sandwich panels


  Stabilisation of frameless structures


  Tests on axially loaded sandwich panels


  Tests on load application details of axially loaded...


  Tests on the in plane-shear resistance of sandwich ...


  Tests on the stabilisation of beams


  WP4 - Maintenance

  Cladding of sandwich panels


  Methods to measure the durability of structural of ...


  Returning of resistance of sandwich panels


  WP5 - Education, lectures

  Articles WP5


  WP6 - Dissemination

  WP7 - Management

  Sandwich panels : Project Partners

  SMEs

  Other partners

  Sandwich panels

  Manufacturing

  Types of Buildings

  Official documents

  E-learning based education on sandwich panels

  Folder - Workshop Rome

  Folder - Workshop Barcelona

  Allowable span tables on the base of the CE-mark


  APIP'NA Asociación de fabricates de paneles sándwic...


  Experimental studies on Duration of Sandwich Panels...


  Load Bearing Behaviour - How a sandwich panels is w...


  Repair and Retrofitting


  Sandwich panels and architecture


  Sustainability in Sandwich Panel Construction


  Thermal and structural behaviour in openings and jo...


  Thermal bridges and Air tightness of Sandwich Const...


  Folder - Workshop Krakow

  Thermal and structural behaviour in openings and jo...


  Actions and Loads - Design Allowable Span Tables


  Fabricating and designing sandwich panels for fire...


  Thermal loads of sandwich panels


  Sandwich panels and architecture


  Detailing


  Thermal bridges and Air tightness of Sandwich Const...


  Stabilisation of steel structures with sandwich pan...


  [pl] Jak działa płyta warstwowa?


  [pl] Fabricating and designing sandwich panels for ...


  [pl] Thermal loads of sandwich panels


  Folder - Workshop Zagreb

  Load Bearing Behaviour. How is a sandwich panel wor...


  Actions and loads - Special Aspects of Sandwich Str...


  Sustainability in Sandwich Construction


  Connections of Sandwich Panels


  Fabricating and Designing Sandwich Panels for Fire...


  Erection-From the factory to the final building


  Thermal Bridges and Air Tightness of Sandwich const...


  Others E-Learning Lectures

  Presentation of Mr. Hagen on Polyurethane


  Core material - Mineral wool


  Light weight sandwich panels with thin - gauge fac...


  Library & tools

  Library and articles

  List of publications


  Abstracts


  lexicon and translation tools

  News

  Letters of information

  Easie e-letters


  Apipna, Epaq, Panama International...


  User Guide Easie Research

  Events

  EASIE Congress September 22-23 2011


  EASIE Workshop June 9th 2011


  EASIE Workshop March 24th 2011


  EASIE Workshop June 17th 2010


  Links

  Disclaimer

  Contact
 

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