Eurocode 4 â EN 1994

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Table of contentPart 1: Slim-floor system1. Slim-floor systems: Application / range of application1.1 Slim-floor systems without composite action1.2 Slim-floor systems with composite action2. Design2.1 General rules for design of slim-floor girder (application of <strong>EN</strong><strong>1994</strong>-1-1)2.2 Design (ultimate limit state)2.2.1 Design of girder2.2.2 Design of slab223D 2.2.3 Design of studs2.2.4 Erection condition2.3 Fire design - advices2.4 Design (service limit state)2.4.1 Deflection2.4.2 Proposal for vibration design2.5 Technical Solutions of connections2.6 Design example Ultimate limit state, service limit state, design of joints and connections
SLS – floor vibrationProposals for vibration designDue to the shallow construction height slim-floor girders are sensitive to the vibration behavior!Calculation/Analysis of deck vibration:- finite element calculation method- simplified calculation methods (design guide)
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Page 3 and 4: Eurocode 4 - EN 1994Detailing of he
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Page 7 and 8: Table of contentPart 1: Slim-floor
Page 9 and 10: Slim-floor systemsErection conditio
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Page 19 and 20: Eurocode 4 - EN 1994Exposure classe
Page 21 and 22: Eurocode 4 - EN 1994Deflection of s
Page 23: Eurocode 4 - EN 1994Deflection of s
Page 27 and 28: SLS - floor vibrationVibration - EN
Page 29 and 30: SLS - floor vibrationProposals for
Page 39 and 40: Connections / Joints with slim-floo
Page 45: Connections / Joints with slim-floo

Eurocode 4 â EN 1994

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Eurocode 4 â EN 1994