Transcription of Practical Design to Eurocode 2
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Practical Design to Eurocode 2
Autumn 2016 TCC's Eurocode Webinar course: lecture 21 Practical Design to Eurocode 2 The webinar will start at Background, Materials, Cover and Effective SpansLecture 228thSeptember 2015 Autumn 2016 TCC's Eurocode Webinar course: lecture 22Q2. Continuous single-way permanent actions = 6 kN/m2and variable actions = 4 kN/m2, calculate the value of ULS total loading (kN/m2) using Exps ( ), ( ) and ( ) (see bs en 1990 Table (B) & UK NA). cantilever the Ffactors that should be applied to Gkand Qk:-a) for equilibrium (EQU) ( bs en 1990, Table (A) & UK NA)b) for structural strength (STR) ( bs en 1990, Exp ( ) & UK NA) laReminder: last week:Exercise: Load Arrangements5m5m5mlaLoad Arrangements: Model AnswersQ2 GGkor GGk QQkor Q 0 Qkn( ) x 6+ x 4= kN/m2( ) x 6+ x x 4= kN/m2( ) x x 6+ x 4= kN/m2Q1 Span GGk+ QQkCant GGk+ Gk+ # #Gk+ #Gk+ #Gk# or Gkin each caseAutumn 2016 TCC's Eurocode Webinar course: lecture 23UK NA Load Arrangements: GkSTR/GEO - - - 2 STR/GEO - values of actions, ultimate limit state persistent and transient Design situations (Table (B) Eurocode )Comb tionexpression reference Permanent actionsLeading variable actionAccompanying variable actionsUnfavourableFavourableMain(if any) OthersEqn ( )
Sep 28, 2016 · BS EN 10080 Reinforcing Steels BS EN 206 Concrete NSCS DMRB? NBS? Rail? CESWI? BS EN 10138 Prestressing Steels. Autumn 2016 TCC's Eurocode Webinar course: lecture 27 1. Code deals with phenomena, rather than element types so bending, shear, torsion, punching, crack control, deflection
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