Master's theses | Faculty of Civil and Environmental Engineering at the Gdańsk University of Technology

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Master's theses

MASTER'S THESES

Supervisor: dr hab. inż. Jarosław GÓRSKI, prof. nadzw. PG

  • Fire safety of steel trusses
  • Fundations on stratified soils

Supervisor: Prof. dr hab. inż. Paweł KŁOSOWSKI

  • Atomium – Brussel statical calculations
  • Ferris wheel Singapore Flyer
  • Form fanding of membrane textile hanging roof
  • Wembley stadium arc
  • Static calculations of the stadium roof inspired by Olimpic Stadium in London roof
  • Pneumatic textile roof
  • Radolfzell – Konzertsegel as the textile hanging roof
  • Curved pedestrian sidewalk over Great Canion

Supervisor:  dr hab. inż. Ireneusz KREJA, prof. nadzw. PG

  • Vibration analysis of sandwich plates
  • Computational analysis of ground freezing-melting processes
  • Continuum damage mechanics in computational structural analysis

Supervisor:  dr hab. inż. Marcin KUJAWA, prof. nadzw. PG

Supervisor:  dr hab inż. Izabela LUBOWIECKA, prof. nadzw. PG

  • Sensitivity analysis of the model of carpentry corner log joint to the change of material parameters of wood.

Supervisor:  dr inż. Marek SKOWRONEK, prof. nadzw. PG

  • Selected limit state structural criteria - 2nd and 3rd level probabilistic method verification

Supervisor:  dr inż. Łukasz SMAKOSZ

  • Experimental and numerical analysis of composite panels
  • FE analysis of failure progress in three-layered sandwich panels under compressive loads
  • Analysis of 3-layer sandwich plates with soft cores
  • Flexural analysis of three-layered sandwich panels with different boundary conditions

Supervisor:  dr inż. Mateusz SONDEJ

  • Lattice girders made of cold formed profiles - economic analysis
  • Optimization of a simply supported truss with computer program
  • Fire Design of Steel Structures
  • Wind action on engineering structures

Supervisor:  dr inż. Katarzyna SZEPIETOWSKA

  • Global sensitivity analysis of traditional carpentry joints
  • Global sensitivity analysis: comparison of sampling methods on structural mechanics examples
  • Optimal choice of surgical mesh: commercial implants versus mosquito nets
  • Uncertainty propagation with use of surrogate models in chosen structural mechanics examples

Supervisor:  dr hab. inż. Agnieszka TOMASZEWSKA, prof nadzw. PG

Supervisor:  dr inż. Karol WINKELMANN

  • Conceptual analysis and preliminary design of a network dome
  • Global and local analysis of the influence of imperfections introduced by biological corrosion on the load-bearing capacity of a historic wooden roof structure
  • Probabilistic sensitivity analysis of a truss lookout tower to the material degradation related to electrochemical (atmospheric) corrosion
  • Simulation-based numerical optimization of geometrical parameters of a reinforced concrete arch bridge
  • Impact of the imperfections of the location and load values of ballast vehicles on the results of displacement tests of test loads of motorway arch bridges

Supervisor:  dr inż. Beata ZIMA

  • The influence of damages on dynamic response of concrete beams reinforced with nonmetallic composite rods
  • The influence of damages caused by high temperature on dynamic response of concrete elements reinforced with composite rods

Supervisor:  dr inż. Marcin ZMUDA TRZEBIATOWSKI

  • Leonardo da Vinci bridge - nonlinear analysis of reciprocal frame structure
  • Nonlinear analysis of reciprocal frame roof of public utility building
  • Nonlinear dynamic failure analysis of thin shell dome
  • Stability of knee-walls depending on the static scheme of applied rafter framings

Supervisor:  dr inż. Krzysztof ŻERDZICKI

  • Analysis and comparison of the automatic reinforced concrete slab dimensioning in ROBOT nad ABC Płyta programs
  • Analysis of BIM technology application in price offer preparation proces
  • Automatic dimensioning of the structural concrete and steel elements with the use of Autodesk Robot Structural Analysis Professional software
  • Modeling and strength analysis of different types of femoral fracture implantation methods
  • 3D printing technology used for structural analysis. Comparative analysis between numerical model and 3D printed model (bridge, building, structural element)