Criado por TrussMaker

Criado por TrussMaker

A completely parametric space frame witch you can adapt to your project. You can start with some base preset shape, dimensions and profiles witch can be customized and detailed via 2d and 3d hotspots or the custom interface. You can use this component as a column, beam or arched frame. Version 18.0.01 Compatibility Archicad 18

Pitched howe wood truss with optional division number and end cut.

Cancello Pednole in ferro zincato

Cancello Carraio in ferro zincato

ringhiera a

Creato da TrussMaker

Pitched Howe wood truss with optional division number and end cut.

#http://www.heluz.cz HELUZ cihlářský průmysl v.o.s. Dolní Bukovsko 295 373 65 České Budějovice tel.: 800 212 213 e-mail: odbyt@heluz.cz www.heluz.cz

Flat howe wood truss with optional division number.

Spatial steel truss girder with asymmetric triangular grid.

Large scale aluminium truss, CroSec 1,00 x 0,50 m

Planar steel truss girder with triangular grid.

Spatial steel truss girder end with symmetric triangular grid and vertical cutting plane.

Spatial steel truss girder with asymmetric triangular grid.

Flat pratt wood truss with optional division number.

Bowstring wood truss with optional division number and end cut.

Fink wood truss with optional end cut.

Pitched pratt wood truss with optional division number and end cut.

Sawtooth wood truss with optional division number and end cut.

Scissors wood truss with optional division number and end cut.

Warren wood truss with optional division number.

Created by TrussMaker

Bowstring wood truss with optional division number and end cut.

Fink wood truss with optional end cut.

Flat Howe wood truss with optional division number.

Flat Pratt wood truss with optional division number.

#http://www.heluz.cz HELUZ cihlářský průmysl v.o.s. Dolní Bukovsko 295 373 65 České Budějovice tel.: 800 212 213 e-mail: odbyt@heluz.cz www.heluz.cz

Pitched Pratt wood truss with optional division number and end cut.

Sawtooth wood truss with optional division number and end cut.

Scissors wood truss with optional division number and end cut.

Warren wood truss with optional division number.

Создан с помощью TrussMaker

Created by TrussMaker

A truss and continuous beam,with point loads acting on nodes, solver based on stiffness matrix method. Results compared with LinPro.

Flacher Holzträger Pratt, Fachwerk, mit variabler Anzahl der Felder.

Spatial steel truss girder with symmetric triangular grid.

Planar steel truss girder with triangular grid.

Planar steel truss girder end with triangular grid and vertical cutting plane.

Spatial steel truss girder with symmetric triangular grid.

Spatial steel truss girder end with symmetric trangular grid and vertical cutting plane.

Planar steel truss girder with triangular grid.

Planar steel truss girder end with triangular grid and vertical cutting plane.

Overlapping prefabricated bed joint reinforcement consisting of two parallel longitudinal wires (that are) joined by a central wire. The central wire forms a truss structure and is welded on (in) the same plane along the inner side of the longitudinal wires. It has an innovative design that enables the (performing of the) overlap between reinforcements without the need for any further manipulation, keeping the same nominal width of the reinforcement in the overlap area. The ends of the pieces have a specific geometric plug-shaped configuration which enables the 250mm overlap to be performed without the need to cut the wires. Also, the transverse wire is crushed in said area so that minimum mortar beds can be ensured.

Overlapping prefabricated bed joint reinforcement consisting of two parallel longitudinal wires (that are) joined by a central wire. The central wire forms a truss structure and is welded (soldered) on (in) the same plane along the inner side of the longitudinal wires. It has an innovative design that enables the (performing of the) overlap between reinforcements without the need for any further manipulation, keeping the same nominal width of the reinforcement in the overlap area. The ends of the pieces have a specific geometric plug-shaped configuration which enables the 250mm overlap to be performed without the need to cut the wires. Also, the transverse wire is crushed in said area so that minimum mortar beds can be ensured. It also has spacers on the transverse wires which permit the control of the bed joint thickness. It also includes some devices, called SAO, placed at both ends of the pieces which permit visual verification, after the execution phase, that the amounts of wall reinforcement correspond to those of the design and that the overlap length complies with the regulations.