Autoclaved aerated concrete

In this section you will find programs for the design of prefabricated reinforced components of autoclaved aerated concrete (AAC). The components can be used in industrial and commercial construction. The programs work according to the European standard EN 12602.

Design of rectangular sections made of reinforced autoclaved aerated concrete
The program allows you to determine the required reinforcement cross-section of the tensile reinforcement for a rectangular cross-section made of reinforced autoclaved aerated concrete in accordance with DIN EN 12602 and the associated German national annexes for bending or bending with longitudinal force.
Alternatively, the verification can be performed under specification of an existing tensile reinforcement. The design is carried out by a numerical method. more...

Attica slab made of reinforced autoclaved aerated concrete
The program allows you to perform all required ultimate limit state design and serviceability limit state design according to the German standard DIN EN 12602 and the national annexes DIN 4223-10x for the load types self-weight, wind loads on parapet slabs and wind loads from doors and window bands below. more...

Parapet slab made of reinforced autoclaved aerated concrete
The program allows you to perform all required ultimate limit state design and serviceability limit state design according to German standard DIN EN 12602 and the national annexes DIN 4223-10x for the load types self-weight, applied loads, wind loads on parapet slabs and wind loads from window bands above. more...

Roof slab made of reinforced autoclaved aerated concrete
The program allows to perform all required ultimate limit state design and serviceability limit state design according to German standard DIN EN 12602 and the national annexes DIN 4223-10x for inclined and not inclined roof slabs. As loads can be define such as self-weight, imposed loads, snow loads and wind loads. more...

Floor slab made of reinforced autoclaved aerated concrete
The program allows to perform all required ultimate limit state design and serviceability limit state design according to German standard DIN EN 12602 and the national annexes DIN 4223-10x for floor slabs optionally with one-sided cantilever. In addition to the self-weight, applied loads and imposed loads as well as additional loads and the loads from a railing on the cantilever arm can be defined as loads. more...

Lintel slab made of reinforced autoclaved aerated concrete (used in industrial construction)
The program allows to perform all required ultimate limit state design and serviceability limit state design according to German standard DIN EN 12602 and the national annexes DIN 4223-10x. In addition to the self-weight, such loads as wind loads on the lintel slab (used in industrial construction) and wind loads from windows or doors above and below are taken into account as loads. more...

Horizontal wall slab made of reinforced autoclaved aerated concrete
The program allows you to perform all required ultimate limit state design and serviceability limit state design according to German standard DIN EN 12602 and the national annexes DIN 4223-10x for upright aerated concrete slabs, which are put up horizontally. As loads can be defined in addition to the dead weight, lapplied loads and wind loads on the horizontal reinforced aerated concrete panel. more...

Vertical wall slab made of reinforced autoclaved aerated concrete
The program allows you to perform all required ultimate limit state design and serviceability limit state design according to German standard DIN EN 12602 and the national annexes DIN 4223-10x for vertical aerated concrete slabs. As loads can be defined in addition to the dead weight and wind loads on the vertical reinforced aerated concrete panel. more...

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