As ABS Yapı Elemanları, we can provide all civil engineering services partially or fully for the entire project. However, we can also provide information and support to client’s civil engineers through modeling guides, laboratory reports, university reports and sample project designs.

When it is time for installation, we produce the materials in accordance with the design and deliver them to the construction site on time. We provide on-site supervision to the formwork and steel teams during installation of the disposable formworks and concrete casting. We provide necessary guidance to all on-site teams for a correct implementation of the system.

Frequently Asked Questions

Consumption of concrete and steel reinforcement varies depending on the project. The slab thickness and Volimax disposable formwork height are determined according to the column spans between columns and walls and to the design loads of the project.

If we need to give an approximate ratio, for 6-7 m column spans, the consumption of concrete in the slab decreases by 20-25% and reinforcement consumption by 15-20%. Since this reduction reduces the self-weight of the entire structure, a reduction is also provided in the earthquake loads and loads on the foundation. While the reduction of the earthquake loads provides convenience and material savings in the structural design, the reduction of the loads on the foundation both reduces the foundation thickness and provides great savings in ground improvement costs where needed. By decreasing the self-weight of the structure, additional reductions can be achieved recursively in column & shear wall dimensions. Thus, significant additional savings can be achieved in the total amount of reinforcement.

Frequently Asked Questions

Consumption of concrete and reinforcement varies depending on the project. The slab thickness and Volimax formwork height are determined according to the column spans between columns and walls in the project and account loads.

After the thickness of the slab is determined, it will be designed as a beamless slab, as it is in two way ribbed slabs, there is no need for stirrup winding at every 70 cm. Therefore, 10-15% of reinforcement savings can be achieved. As the slab loads will decrease depending on the material used as ribbed slab filling, optimization can also be made in column/shear wall sizes.

As the column span increases, the reinforcement and concrete savings provided by the hollow flooring system will also increase.

We are at your service with our civil engineers who have been working with us since our establishment in 2011, the most knowledgeable about voided slab design and the most experienced in field supervision.

  • Different voided slab project design experience
  • Field experience in dozens of construction sites next to the pump operators
  • Collaboration with different designers
  • A wide portfolio of experts that we can consult on every subject

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There are many variations of passages of Lorem Ipsum available but the that majority have suffered alteration in that some form by injected humour and randomised words which look even slightly believable.

There are many variations of passages of Lorem Ipsum available but the that majority have suffered alteration in that some form by injected humour and randomised words which look even slightly believable.

There are many variations of passages of Lorem Ipsum available but the that majority have suffered alteration in that some form by injected humour and randomised words which look even slightly believable.

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