Home▸Engineering & Materials▸Heavy Mobile Crane Lab: Tipping Load Chart, Boom Deflection, Outriggers and Wind

🏗️ Heavy Mobile Crane Lab: Tipping Load Chart, Boom Deflection, Outriggers and Wind

Lift a girder onto a steel frame with a generic 8-axle telescopic all-terrain crane: live load chart from the tipping-moment balance about the outrigger rectangle, elastic boom droop with P-delta amplification and Euler buckling, wire-rope reeving and drum layers, outrigger pad pressure and soil settlement, wind loading and a zero-vibration input shaper for load swing. Unlike the tower-crane and radius/moment labs in the catalogue it is a telescopic mobile crane with boom elasticity, ground bearing and swing control.

Engineering & Materials3DAdvanced60 FPS📱 Mobile-adapted🟠 Blender
heavy-mobile-crane-tipping-load-chart-boom-deflection-outriggers-wind-lift-lab ↗ Open standalone
⚙ Under the hood

Lift a girder onto a steel frame with a generic 8-axle telescopic all-terrain crane: live load chart from the tipping-moment balance about the outrigger rectangle, elastic boom droop with P-delta amplification and Euler buckling, wire-rope reeving and drum layers, outrigger pad pressure and soil settlement, wind loading and a zero-vibration input shaper for load swing. Unlike the tower-crane and radius/moment labs in the catalogue it is a telescopic mobile crane with boom elasticity, ground bearing and swing control.

Defense EngineeringHeavy VehiclesLiftingMechanicsStructural EngineeringControl Theory

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

What did you find?

Add reproduction steps (optional)