VSH Turòa nad Bodvou - Nemetschek Scia
VSH Turòa nad Bodvou - Nemetschek Scia
VSH Turòa nad Bodvou - Nemetschek Scia
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
The mission of the structural engineering department was to<br />
design the structure of a single level office building, placed on top<br />
of the existing office building. The structure had to be economic<br />
and functional. The erection of the building had to be quick, with<br />
a minimum of inconveniences for the employees working in the<br />
existing office. The architect did not accept any diagonal truss<br />
members in the facades.<br />
After studying several options, the team chose for a steel frame<br />
structure, with two longitudinal main frames, and four transverse<br />
frames. The beams of the transverse frames, whose eight columns<br />
are carrying the whole building, support the steel beams of the<br />
longitudinal frames. The first floor and the roof are designed as<br />
mixed steel plate – concrete floors on transverse steel beams, in<br />
order to reduce the weight of the structure, but keeping enough<br />
mass to ensure a good thermal response of the building. The new<br />
building has a length of 56.70 m, and a width of 13.50 m.<br />
The span (16.00 m) and the overhang (4.00 m) of the longitudinal<br />
beams were considerable. Horizontal stability in both directions<br />
had to be ensured by the framework. The total height of the structure<br />
had to be minimized, as well as the cost of the steel structure.<br />
Esthetical demands and the material used in the facades permitted<br />
only small displacements.<br />
The best approach for us was to use the powerful and easy to handle<br />
SCIA•ESA PT software to build an accurate 3D model of the structure.<br />
The tools in the section manager of the software permitted<br />
us to design some special sections (cross columns in the facades,<br />
build up sections in the transverse frames). The steel check and the<br />
optimisation module allowed us to reduce the weight of the structure.<br />
Displacements were easy to check. Some minor changes could<br />
be brought into the model on a very short notice. The design of<br />
the joints is not yet executed, because the steel constructor is not<br />
known yet, and his vision must be taken into account.<br />
The use of SCIA•ESA PT allowed us to strongly reduce the time and<br />
effort needed to design, in an accurate way, for a not so common<br />
steel frame structure.<br />
Office building Vanhaerents<br />
The mission of the structural engineering department was to design the structure of a<br />
single level office building, placed on top of the existing office building.<br />
The structure had to be economic and functional. The team chose for a steel frame<br />
structure, with two longitudinal main frames, and four transverse frames. The beams<br />
of the transverse frames, whose eight columns are carrying the whole building,<br />
support the steel beams of the longitudinal frames. The first floor and the roof are<br />
designed as mixed steel plate – concrete floors on transverse steel beams, in order<br />
to reduce the weight of the structure, but keeping enough mass to ensure a good<br />
thermal response of the building. The span (16.00 m) and the overhang (4.00 m) of<br />
the longitudinal beams were considerable.<br />
Office building Vanhaerents<br />
135