82.4

Dariusz Ceglarek

University of Warwick

Darek Ceglarek's research contributions significantly advance the fields of additive manufacturing, laser welding, and robotic assembly. Recent studies focus on improving microstructure, mechanical performance, and process control in dissimilar material welds, exploring various techniques such as shape error modeling, simulation, and deep learning-based optimization. Additionally, work on battery terminal-to-casing connections, robot manipulation, and compliant part collaboration showcases the potential for enhanced safety and precision. By applying advanced numerical methods, optical coherence tomography, and machine learning algorithms, Ceglarek's research enables improved quality control, reduced variation, and increased efficiency in remote laser welding of automotive batteries and other complex assemblies.

Design for ManufactureDisassembly SequencingFixture DesignProcess PlanningModular Product ArchitectureSurface Defect DetectionCAD/CAM IntegrationLaser WeldingFabric Defect DetectionProduct ModularityReconfigurable Manufacturing SystemsProduct Cost EstimationWeldingVirtual PrototypingDimensional Metrology
Firms applying this knowledge

Safran Aircraft Engines, General Electric Company

Commercial signal 81.9
Scientific signal 83.1
Social signal 89.3
Papers 113
13 Patent-to-paper cites
3,645 Paper cites

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