Lukasz M
Zachodniopomorski Uniwersytet Technologiczny
Mechanical Engineering
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Barge midship
One of models that I made at University.
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Ship Hulls
Some models of ship hulls that I made.
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Early jack-up rig concept
Concept made to analise stress in legs. This analysis was subject for my bachelor thesis.
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Ship hold construction
Fragment of ship hold of my own design.
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Davit foundation design and static stress analysis
My second exercise design did while practice. Concept of two davits on both sides of yacht upper deck. In first version deck and pillar did not survived so I needed changes. Second plate model version completly redesigned. Construction made of aluminium except of green elements that need stronger material. Goal was to make direct and shear stress in aluminium elements lower than 61 MPa.
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Hull stabilizer foundation design and static stress analysis
My first exercise design did while practice. Plate model created with Rhinoceros. Max normal stress in Y direction 36,17 MPa almost equal to my hand made calculations 37,18 MPa. I needed to make fine mesh in center of model to get this equality. Goal was to make it lower than 39 MPa because of fatigue.
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Inventor ship model
First approach. Hull designed in some NURBS software imported to Inventor to make skeleton of ship.
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Algor ship hull analysis
First shots of simple ship hull model longitudinal stress analysis.
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Autodesk 3ds Max Design
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Autodesk Alias Automotive
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Autodesk Alias Design
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Autodesk AutoCAD
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Autodesk AutoCAD Architecture
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Autodesk AutoCAD Mechanical
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Autodesk Inventor Professional
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Autodesk Showcase
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Autodesk Simulation Multiphysics
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Autodesk T_Splines Plug_in for Rhino
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Autodesk tsElements Plug_in
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