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Stackable industrial platform — transport validation

Finite-element study of a loaded, stacked industrial platform under acceleration and braking. The report compares global response, local points, displacements and reactions to substantiate structural integrity.

DisciplineHandling · Stackable structure · Dynamic calculation
Documented scope6 project stages
Stackable industrial platform — transport validation — SPMD industrial project
01 — Project journey

From assumptions to substantiated results.

A documented view of assumptions, load cases, models and reviewable calculation results.

Stage 01Engineering evidence

Operating configuration & geometry

Representation of the lower platform, stacked upper platform, inclined forks and six transported loads as point masses connected to the structure.

Model data2 platformsStacked configuration

Lower platform calculated and upper platform represented by mass

Model data6 × 137.5 kgTransported payload

825 kg total

Model data12°Maximum inclination

Critical transport configuration

Technical review points
  • Technical objective
  • Interfaces
  • Acceptance criteria
Documented evidence02 technical views
Stackable industrial platform — transport validation — Operating configuration & geometry — view 1
Stackable industrial platform — transport validation — Operating configuration & geometry — view 2
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