10461.415000.05399.9
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Interactive 3D model of Building Top Floor Structural Model

Enclosures and housings

Building Top Floor Structural Model

5 views
Bounding box
15000.0 × 10461.4 × 5399.9 mm
Engine
Precision B-rep
Parameters
22
Published
August 26, 2026

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The prompt

"Create a 3D structural model of a building's top floor with a symmetrical envelope-shaped (hip) roof. Base area: 15000x10450 mm with a 150x150 mm concrete perimeter beam. Divide the length with a 3100 mm high central wall. On each side, design a steel roof covering 4800 mm. Support it with four 100x100x4 mm columns connected by a 100x100x4 mm header beam. The roof rises 600 mm to a central ridge. From this ridge, place 100x50x3 mm steel rafters (on edge) spaced 1000 mm apart, sloping to the perimeter. Perpendicularly on top of these rafters, add 40x20x2 mm steel purlins spaced 400 mm apart for corrugated metal sheet installation. Include mirrored staircase shafts at 3100 mm height

Parameters

NameValueRange
Base Length15000 mm10000 – 20000
Base Width10450 mm8000 – 15000
Perimeter Beam Size150 mm100 – 300
Central Wall Height3100 mm2000 – 4000
Central Wall Thickness200 mm100 – 400
Column Height4800 mm3000 – 6000
Column Size (SHS)100 mm50 – 200
Column Wall Thickness4 mm2 – 10
Header Beam Size100 mm50 – 200
Header Beam Wall Thickness4 mm2 – 10
Roof Rise600 mm200 – 1000
Rafter Width50 mm30 – 100
Rafter Depth100 mm50 – 200
Rafter Wall Thickness3 mm2 – 8
Rafter Spacing1000 mm500 – 2000
Purlin Width40 mm20 – 80
Purlin Depth20 mm10 – 50
Purlin Wall Thickness2 mm1 – 5
Purlin Spacing400 mm200 – 800
Stair Shaft Width1200 mm800 – 2000
Stair Shaft Depth2500 mm1500 – 4000
Stair Shaft Wall Thickness200 mm100 – 400

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.