Akademia Górniczo-Hutnicza im. Stanisława Staszica, Pawilon D1, p.310

Marek Gajowy Dr Eng.

Research interests:

  1. Machine dynamics, resonance and antiresonance phenomena
  2. Modeling of discrete and continuous vibrating systems.
  3. Modeling and design of vibrating machines 
  4. Transport of bulk materials - modeling of collisions 

Classes in subjects:

  1. Mechanics 1
  2. Mechanics 2
  3. Modeling in machine design 

Participation in research projects and dean's grants:

  1. NCBR project, POIR.01.01.01-00-1021/20 "The world's first lightweight antiresonant vibrating conveyor ZERO-Impact", Deputy R&D manager, project value PLN 6,787,437.50 - Deputy R&D manager (June 2021 - December 2023) 
  2. Dean's grant number 16.16.130.942. "Construction of an anti-resonant vibration conveyor", As a result of the work carried out, a master's thesis was created entitled "Comparative analysis of dynamic models of an anti-resonant vibration conveyor" (2019, thesis successfully defended in December 2019).

Organizational activity:

  1. Supervisor of the "DET-on" Students’ Scientific Club (SC in the process of application)
  2. Supervisor of the "ENERGON" Students’ Scientific Club (2021-2024)
  3. Organizer of master's defenses in the field of Acoustic Engineering (since 2020)
  4. Modernization of the Machine Dynamics Laboratory at the Department of Mechanics and Vibroacoustics (2018)

 Cooperation with industry:

  1. Implementation of a new industrial solution in the industry as part of the NCBR project, POIR.01.01.01-00-1021/20 "The world's first lightweight antiresonant vibratory conveyor ZERO-Impact", Deputy R&D manager, project value PLN 6,787,437.50 - Deputy R&D manager (June 2021 - December 2023)

Engineering Theses:

  1. Design of a Full-Suspension Enduro Bicycle Frame – 02.02.2022
  2. Concept of a Conveyor for Lunar Regolith Transport – 02.02.2022
  3. Methods of Vibration Reduction in Mechanical Systems: Application and Design of a Test Stand – 31.01.2023

Master's Theses:

  1. Comparative Analysis of Dynamic Models of an Anti-Resonance Vibratory Conveyor – 10.12.2019
  2. Dynamic and Strength Analysis of an Enduro Bicycle Frame – 11.12.2023
  3. Strength Testing of PLA Material Considering Layer Orientation in the 3D Printing Process – 20.09.2024