Concrete Floor On Steel Beams

The asymmetric steel beams have a wider bottom flange supporting the ends of the clt planks.

Concrete floor on steel beams.

Beams commonly transfer loads from floors and roof to the columns. The depth of the steel beams was designed to be encased within the thickness of the composite timber floor planks. Exposed concrete floors supported on steel beams and used to provide thermal mass provision of sufficient thermal mass is an important part of a low energy building solution. The steel girders between the columns are cambered 19 mm 3 4 in and the infill steel beams are cambered 45 mm 1 3.

Reinforced concrete toppings are placed on the beams to connect units as can be seen in figure 11. Various prefabricated beam sections are available to be used in the construction multi storey steel frame structure. The design of the steel beams and their connections to the columns required careful consideration to control deflections and vibrations of the floor structure. Precast concrete floor units are widely used in all types of building.

The floor framing plan in figure 5 depicts beam camber for both infill beams and girders. Erection of steel beams. It is estimated that 50 of multi storey steel framed buildings use precast concrete floors. The mass provides a heat sink that absorbs heat during the day and then in combination with natural ventilation the heat is purged during the cooler night time.

The precast concrete floor unit is used to span between supporting steel beams as an alternative to in situ concrete and metal decking. This floor system is composed of hollow or solid precast concrete units placed on steel beams on which shear studs are welded. Steel beam members can span up to 18m but the most usual range of steel beam spans rang from 3m to 9m.