dr hab. inż. Marek Szkodo | Gdańsk University of Technology

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dr hab. inż. Marek Szkodo

Contact:

email:
marek.szkodo@pg.edu.pl
website:
https://mostwiedzy.pl/marek-szkodo,3795-1

Positions:

Associate professor

workplace:
Instytut Technologii Maszyn i Materiałów
Budynek Wydziału Mechanicznego pokój 218
phone:
(58) 347 17 52
dr hab. inż. Marek Szkodo

Publications:

  1. Publication

    - Coatings - Year 2025

    Research on temperature regulation is essential for ensuring thermal comfort and optimizing machine performance. Effective cooling systems are critical in industrial processes and everyday electronic devices in order to prevent overheating. Laser-modified heat exchangers can enhance heat dissipation without increasing weight, addressing the need for energy-efficient solutions in the market. The main aim of this experimental research...

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  2. Publication

    - Journal of Physics : Conference Series - Year 2024

    In this work, a comparative analysis of the cavitation erosion resistance of the Ti– 6.7Al–2.5Mo–1.8Cr–0.5Fe–0.25Si alloy (known as brand VT3-1) before and after lowtemperature ion nitriding is carried out. Two test methods were applied, using vibrative (ASTM G-32) and rotating disk rigs, respectively. The kinetic dependences of the erosive destruction of samples of titanium alloy VT3-1 in the initial state, after ion nitriding...

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  3. Publication

    The ever-increasing demand for effective heat dissipation and temperature control in industrial and everyday applications highlights a critical research problem. The need for development is not only in terms of providing thermal comfort to humans but also forms the basis for the efficient operation of machines and equipment. Cooling of industrial machinery and household electronic equipment is a crucial element in any manufacturing...

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  4. Publication

    - INTERNATIONAL JOURNAL OF BIOLOGICAL MACROMOLECULES - Year 2024

    Bacterial nanocellulose (BNC) is a promising material for heart valve prostheses. However, its low strength properties limit its applicability in cardiovascular surgery. To overcome these limitations, the mechanical properties of BNC can be improved through modifications. The aim of the research was to investigate the extent to which the mechanical properties of BNC can be altered by modifying its structure during its production...

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  5. The Friction Stir Welding (FSW) method was employed to join AA6082 sheets. The welds were produced with different tool traverse speed (200 and 250 mm/min), rotational speed (1000 and 1250 RPM) and tool tilt angle (0 and 2 deg). Based on the analysis of XRD patterns, the total precipitation volume fractions in the nugget zones and the base material were calculated. The FSW process resulted in a reduction in the fraction of precipitates...

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Projects: