http://www.archibloq.com Model prepared in "old times" in ArchiCAD version 6.5 by scripting in GDL language only - no Morphs, no add-ons, no imported meshes from 3ds :-) Its was made as exhibit for virtual Techician Museum project. User interface was rewritten for version 12.

2D airplane on top, side or front view.

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

CHS cold-formed steel beam with cutting planes at the ends and different sizes according to EN Standards.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

3D parametric, inclined profiled sheet with optional\n- profile sizes\n- slope angle\n- angle of the 2 cutting planes

3D parametric, vertical profiled sheet with optional\n- profile sizes\n- rotation of cutting plane\n- angle of the 2 cutting planes

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

Universal column steel column with cutting planes at the ends and different sizes according to British Standards.

2D airplane on top, side or front view.

2D airplane on top, side or front view.

#http://www.idobathroom.com www.bimlab.fi changelog 01.03.2005 -update 01.03.2004 -initial release

Laminated timber window frame consisting of 3 or more layers. 58x72mm Nominal casing section and approx. 74mm increased thickness casement frame. Fitted with internal overhanging glass. Basic 4mm tempered enamelled stagger /18/4mm heat shield/18/4mm double glazing. Silver-coloured concealed hardware. External casing and casement alignment. Alignment with internal wall is obtained by means of a special installation system.

#http://www.cigraph-store.com library part developed by Fabrizio Diodati www.cigraph-store.com2D / 3D billboard, Platanus Acerifolia / London / Hybrid Plane tree

CHS cold-formed steel beam with cutting planes at the ends and different sizes according to EN Standards.

CHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

CHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel beam with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel beam with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

CHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

Domical vault with editable cutting plane.

Domical vault with editable cutting plane.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Equal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Equal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

Equal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

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

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

HEA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEA steel column with cutting planes at the ends and different sizes according to EN Standards.

HEA steel column with cutting planes at the ends and different sizes according to EN Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEAA steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEAA steel column with cutting planes at the ends and different sizes according to EN Standards.

HEAA steel column with cutting planes at the ends and different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEB steel column with cutting planes at the ends and different sizes according to EN Standards.

HEB steel column with cutting planes at the ends and different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

HEM steel column with cutting planes at the ends and different sizes according to EN Standards.

HEM steel column with cutting planes at the ends and different sizes according to EN Standards.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPE steel column with cutting planes at the ends and different sizes according to EN Standards.

IPE steel column with cutting planes at the ends and different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

IPN steel column with cutting planes at the ends and different sizes according to EN Standards.

IPN steel column with cutting planes at the ends and different sizes according to EN Standards.

Joist steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Joist steel column with cutting planes at the ends and different sizes according to British Standards.

Joist steel column with cutting planes at the ends and different sizes according to British Standards.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Lipped C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Parallel flange channel steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Parallel flange channel steel column with cutting planes at the ends and different sizes according to British Standards.

Parallel flange channel steel column with cutting planes at the ends and different sizes according to British Standards.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Plain C section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Metal sheet with different profiles and cutting planes.

Metal sheet with different profiles and cutting planes.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

RHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

RHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

RHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS cold-formed steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS hot-finished steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

SHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

SHS hot-finished steel column with cutting planes at the ends and different sizes according to EN Standards.

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

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

T-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

T-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

T-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UAP steel column with cutting planes at the ends and different sizes according to EN Standards.

UAP steel column with cutting planes at the ends and different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Unequal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

Unequal angles steel column with cutting planes at the ends and different sizes according to EN Standards.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal beam steel column with cutting planes at the ends and different sizes according to British Standards.

Universal beam steel column with cutting planes at the ends and different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal bearing piles steel column with cutting planes at the ends and different sizes according to British Standards.

Universal bearing piles steel column with cutting planes at the ends and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to British Standards.

Universal column steel column with cutting planes at the ends and different sizes according to British Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

UPN steel column with cutting planes at the ends and different sizes according to EN Standards.

UPN steel column with cutting planes at the ends and different sizes according to EN Standards.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel beam with cutting planes at the ends, rotation along axis or cross section and different sizes according to EN Standards.

Z-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

Z-shaped steel column with cutting planes at the ends and different sizes according to EN Standards.

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

Z section light steel beam with different sizes, cutting planes at the ends and rotation along axis or cross section.

[LIST] The Schüco standard façade systems FW 50+ and FW 60+ are tried and tested solutions,which have proven themselves time and again Transom and mullion profiles are available in graduated dimensions to meet varying structural requirements FW 50+.SI (FW 60+.SI) certified by Passivhaus Institut Darmstadt, Germany Identical inner gasket sight lines on transoms and mullions Three drainage levels: the FW 50+ and FW 60+ systems are designed in such a way that the glass rebates of the mullions and transoms lie in different planes System-based security to WK2 (RC 2) / WK3 (RC 3) / FB4 The insert units offer new design options and efficient ventilation for large opening sections. Windows from the AWS series and Doors from the ADS series are compatible with façade systems Projected top-hung and parallel-opening window for vent weights up to a maximum of 250 kg Particularly large insert unit dimensions up to maximum 2700 mm wide and 3600 mm high [/LIST]

This table with its slender, elegant lines and the shape of the table is reminiscent of an airplane wing, a construction that ensures good stability. Thinner (Tobioas Berneth, 2008) received the “Design S/Swedish Design Award” in 2008. The table is availa