Ceiling Systems

By “half floor elements” we mean semi-precast elements that are untensioned or prestressed. In-situ concrete is applied to these elements later on the building site. Half floor elements can also be used as “lost formwork”.

Solid floors are complete – on the building site, all that remains is to set them up and pour concrete into the joints.
  Allplan provides the perfect tools for designing and producing numerous slab elements: 

  • Half floor elements with lattice girders 
  • Prestressed half floor elements 
  • Half floor elements with Styrofoam as displacement objects 
  • Half floor elements with bubbles as displacement objects 
  • Solid floors


Allplan Half Floor in brief

Entering floor plans in a
comfortable and quick manner

  • Geometry can be transferred from digital documents (DXF/DWG files, plot files and PDF documents) using drag and drop. 
  • Allplan provides a wide range of automatic functions such as ‘Extrude Walls’ for entering floor plans quickly and easily.
  • Fields for placing slabs can be entered automatically or freely. 
  • Customized entries 
  • Allplan offers numerous options for labeling, dimensioning etc.

Sloping planes, roofs

  • Allplan’s reference planes allow you to work as in plan view. 
  • Intersecting planes

Panelisation

  • Slabs are divided automatically; reinforcement is recreated accordingly.
  • Regulations for factories, sites (crane location) 
  • Recesses with reinforcement are automatically taken into account. 
  • Span direction, slab division, supports can be changed as you need. 
  • Supports are edited automatically. 
  • Automatic reinforcement generation 
  • Customizable slab labels 
  • Element numbers can be assigned based on criteria you specify. 
  • Any fixed points, joints 
  • Slab division can be modified to suit your needs and requirements; fixtures, additional reinforcement, projecting reinforcement are retained.

Reinforcement

Slab elements are reinforced almost fully automatically. Common reinforcing bar and steel mesh placements are defined in catalogs. The reinforcement percentage is entered manually using the ‘req’d. as' parameter, integrated structural analysis (continuous beam) or a FE calculation (see mesh welding machine).

 
>> Section Keyplan


>> Section reinforcement

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