INFORMATION INPUT    

DESIGN PRE-CAST FACASE WALL/PANEL
Wall Facade with Ledges

Note: The two drawings are NOT sections of each other.
They presents only the description of the notation used

Project Title    

Design Code,   N/mm2    

Concrete strength , fck_cube ;
during demoulding,   N/mm2 ,     during installation,   N/mm2 ,     at service stage,   N/mm2    

Conrete Density, γconc =   kN/m3 ,     steel rebar, fst   N/mm2 ,     cover,   mm    

FOS for Demoulding, FOSdemoulding=       FOS for Lifting, FOSlifting/installation=      

DIMENSIONS ;
Wall thickness, t_panel =   mm    

h_panel =   mm     Panel Width, b_panel =   mm    

---------------------------------------------- start ledge 1 --------------------------------------------

ledge1h =   mm     ledge1L1 =   mm     ledge1h1 =   mm     ledge1t =   mm    

ledge1h2 =   mm     ledge1h3 =   mm     ledge1h4 =   mm    

---------------------------------------------- end ledge 1 --------------------------------------------

---------------------------------------------- start ledge 2 --------------------------------------------

ledge2h =   mm     ledge2L1 =   mm     ledge2h1 =   mm     ledge2t =   mm    

ledge2h2 =   mm     ledge2h3 =   mm     ledge2h4 =   mm    

---------------------------------------------- end ledge 2 --------------------------------------------

---------------------------------- DEMOULDING LIFTING POINTS ----------------------------------------

h_lifting_top_demoulding =   mm     h_lifting_bott_demoulding =   mm    

---------------------------------- Installation Lifting Points ----------------------------------------

LIFTING DURING INSTALLATION ;
h lifting top installation is lifting point from top of panel.
h lifting bottom installation is lifting point from bottom of panel.


(see diagram above) ,
h lifting top installation =   mm          h lifting bott installation =   mm    

---------------------------------- PERMANENT RESTRAINTS ----------------------------------------

PERMANENT LATERAL RESTRAINT LOCATIONS ;
h_restraint_top =   mm    

h_restraint_bott =   mm    

CORBEL SUPPORT FROM BOTTOM OF PANEL ;
Lcorbel =   mm    



Eccentricity

Eccentricity from Wall gravity center to centers of corbel support, ecc =   mm    

Top of Slab from bottom from bottom pf panel, hslab =   mm    


---------------------------------- LOADINGS ----------------------------------------

Wind Loading, Wind =   kN/m2    

Barrier Loading, udLbarrier =   kN/m    

INFILL Barrier Loading, udLinfill_barrier =   kN/m2    

prefered reinforcements diameter, φrebar   mm    

prefered reinforcements type, φtype,   mm    

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