Measured Strain Signal as Boundary Conditions
Using measured strain signals as boundary conditions for finite element submodels to assess the residual life of crane structures.

Using measured strain signals as boundary conditions for finite element submodels to assess the residual life of crane structures.
Comparison of fatigue life assessment methods for welded joints, including nominal stress, hot spot stress, notch stress and fracture mechanics approaches.
A practical method for determining actual crane wheel loads, deadweight and center of gravity using strain gauge measurements combined with finite element analysis
Structural strength and buckling analysis of two ship-to-shore cranes under ship accelerations and severe weather conditions.
Design and optimization of crane mechanisms, drives and lifting systems.
Custom engineering software for structural analysis, calculations and design automation.
Independent engineering review of calculations, drawings and design solutions.
Fatigue analysis and remaining service life evaluation of crane structures.
On-site inspection and technical assessment of existing crane structures.
Independent FEM analysis of cranes, lifting equipment and steel structures.