STRUCTURAL DESIGN OF STEEL-GLASS PERGOLA

The structural proposal is designed for an acoustic glass wall and canopy. The 6-12 m span beams are perforated by varied size ellipses.

Design consultant/Inventor: Henrik Deák

Visualisation: Gyula Szitás

DESIGN OF AGRICULTURAL AEROPLANE MUSEUM

Design of a 29 m span hangar on 1700 m2 floor area. The beams are incorporating varying elliptical openings.

Designer/Visualisation: Deák Dániel

Design consultant/Inventor: Henrik Deák

DESIGN OF PREFABRICATED HALL FRAMING

The varying honey-beams were applied to an existing hall structure system to prefabrication with 12, 18, 24 and 36 m spans. By using the application according to the well spread AGROPANEL steel framing system in Hungary an average total of 10% saving on the expenses was achieved.

Design consultant/Inventor: Henrik Deák

BUDAPEST, FERIHEGY T1 - AIRPORT LOUNGE AND CANOPY STRUCTURE DESIGN

The 20 m span steel-glass roof and canopy structures are covering more than 2000 m2 floor area of the refurbished international airport. The bended roof beams are incorporating varying size, ellipse shaped openings. The bended canopy beams are incorporating varying height, ellipse shaped openings.

Architects: Dr Ervin Jaklics, István Obermayer

Design consultant/Inventor: Henrik Deák

Structural Engineer: Dr Zsolt Hortobágyi

Visualisation: Dániel Deák

2004, Budapest

ROOF STRUCTURE OF A SECONDARY SCHOOL COMPLEX

The redesign of the roof structure and application of the varying size honey-beams achieved a total of 31.5 tons of steel material saving on the roof structure of the 3 school buildings. (50% material saving was achieved in this case.) The saving was a result in 50-50% of the design consultancy and application of the invention.

Architect: Péter Reimholz

Design consultant/Inventor: Henrik Deák

Balassagyarmat, Hungary