The main scope of this application was the inspection for misalignments of two MTU 16V 396 engines after machining the bearing journal pockets of the bedplate. Both engines of the yacht were inspected for misalignments in their bearing journals.
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Our team of specialized engineers completed 3D measurements of a yacht’s hull via 3D Terrestrial Laser Scanning Technology (T.L.S.) to create Naval Lines for further revamping and designing the aft side of the inspected yacht. Leica P40 ScanStation was used to capture the complex geometry of the hull, and the point cloud that was created was meshed, and every essential section was exported to create the Naval Lines.
The main scope of the measurement series was the high-detailed scanning of the flying dolphin to inspect the current trim angles of the bow, middle, stern hydrofoils and bow stabilizer. Tabular data and graphs of the comparison between as-built and design data, as also of the ship hull's current attitude, were the final deliverable.
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Ballast Water Treatment Installation{/h4}{p}Our team of specialized engineers completed 3D measurements of engine rooms via 3D Terrestrial Laser Scanning Technology (T.L.S.) to create 3D Point Cloud data for use in further inspection and designing of ballast water treatment installation.
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