VSH Turòa nad Bodvou - Nemetschek Scia
VSH Turòa nad Bodvou - Nemetschek Scia
VSH Turòa nad Bodvou - Nemetschek Scia
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The goal of this pedestrian bridge is to connect the two parts of<br />
the woods and the heath land; they are actually separated by a<br />
national trunk road.<br />
The concept of the structure is such, that it is also accessible for<br />
wheelchair-users. The local authorities insist that the form of the<br />
construction is in harmony with the environment.<br />
The engineering office in charge is A+D Engels N.V. - Dieplaan 55<br />
– B 3600 Genk (Belgium).<br />
Description of the structure<br />
The lenght of the structure is total ± 190 m, with an efficient width<br />
of about 2.50 m - is imposed by the profile of the terrain and the<br />
necessary free height above the national road. The distance<br />
between the platforms (walk-overs and turning) is maximum 10 m.<br />
The total weight of the bridge construction is ± 60 ton.<br />
The connecting elements between the different platforms have an<br />
inclination of max. 5% and are alternally connected as continuous<br />
and hinged elements.<br />
The maximal useful height under the structure is 4.50 m at the<br />
height of the bow-bridge over the road. In this position, also a<br />
“viewpoint” is positioned.<br />
The road surface of the bridge is dimensioned for overloads of<br />
5 kN/m2 .<br />
Protection and materials<br />
The complete structure is built with RHS (rectangular hollow steel<br />
sections) A.E.355 D.<br />
The protection of the steel is executed by a high-quality blast and<br />
painting, installed in the workshop.<br />
The breast wall with handles, armour plate and double kneesupports<br />
are executed in rustproof steel.<br />
The floor covering is composed of indelible wooden strips, with<br />
anti-skit ribs.<br />
Use of SCIA-software<br />
We used the ESA-Prima Win software to create the model with<br />
beams and finite elements in a complete 3D environment.<br />
Working with ESA-Prima Win is simple and powerful and the interpretation<br />
of results is clear.<br />
We mainly used ESA-Prima Win to determine the internal forces<br />
and stresses in the steel sections, and to optimisee them according<br />
EC3-prescriptions.<br />
Bridge Bosberg Houthalen - Helchteren<br />
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