Crane Mechanism Design
Design and optimization of crane mechanisms, drives and lifting systems.
Independent engineering consultancy for container cranes and heavy lifting equipment.
Structural analysis, inspections, residual life assessment and expert technical support worldwide.
Custom engineering software for structural analysis, calculations and design automation.
Fatigue analysis and remaining service life evaluation of crane structures.
Mechanical Engineer, PhD
Mechanical Engineer with more than 20 years of international experience in crane engineering, structural analysis and FEM design. Worked in the USA, Ireland, Norway, Singapore and Ukraine for leading companies including Konecranes, Portek, Palfinger and Liebherr.
Specialized in structural analysis, crane modernization, residual life assessment, fatigue analysis, FEM calculations and engineering consultancy for ports, terminals and heavy lifting equipment.
Years of Experience
International Projects
Scintific Publications
Mechanical Engineering
Measured strain signal as a Boundary conditions for Finite Element submodel with application to crane structure residual life assessment Abstract...
Fatigue Life Assessment Approaches Comparison Based on Typical Welded Joint of Chassis Frame Fatigue failure remains one of the major...
Knowing the real crane deadweight, center of gravity (COG) and wheel loads instead of nominal ones is crucial for many...