Lifting and Transport Analysis
We provide engineering support for lifting and transport conditions associated with modular structures. This may include review of lifting points, temporary load paths, handling conditions, support reactions, and other structural considerations that arise before the structure reaches its final installed condition. These temporary phases can introduce demands that differ from in-service use, lifting and transport analysis helps clients better understand the structural requirements involved in moving modular units safely and efficiently.
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Transport Analysis
Transport analysis helps confirm that a module can be moved safely by evaluating trailer support conditions, road-induced forces, and structural response during delivery.
Trailer frame stress analysis used to verify member capacity, localized reinforcement needs, and transport load performance.
Transport-ready modular building secured for over-the-road delivery with engineered support and framing.
Oversize modular unit in highway transit, illustrating real-world transport conditions that drive engineered analysis for stability, support, clearance, and road load performance.
Transport Analysis 20ft Container with Built-In Skid.
Lifting Analysis
Lifting analysis helps confirm that a module can be hoisted safely by evaluating rigging conditions, load distribution, and structural response during lifting and placement.
Modified ISO container module combining completed field photos with lifting analysis to validate structural behavior during handling.
Lifting deformation model highlighting module bending response and critical areas requiring review during hoisting.
Lifting eye lug finite element analysis showing stress distribution, deformation, and support reactions under hoisting load.
Field lifting operations of modular units, illustrating controlled crane picks and on-site placement procedures.
Global lifting analysis model of a modular unit showing structural stress response under rigging loads.
Lifting frame analysis illustrating internal force distribution, rigging geometry, and support reactions during hoisting.
Side-view lifting study of a modular unit showing frame response and localized deformation during pick.
Longitudinal lifting analysis showing structural behavior and displacement along the full module length during hoisting.
Global deformation model of a modular building under lifting loads, used to verify stability and handling performance.
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