Wykaz publikacji wybranego autora

Katarzyna Baruch, mgr inż.

doktorant

Faculty of Mechanical Engineering and Robotics
WIMiR-kmw


Identyfikatory Autora

ORCID: 0000-0001-7982-3437 połącz konto z ORCID

ResearcherID: brak

Scopus: 56602689800




1
  • Adjustment of the reverberation time and dimensions in the reverberation chamber for the reduction of the measurement dispersion
2
3
  • Analysis of the acoustic parameters of the Maria Zankovetska Theatre in the Lviv before and after modernisation of the audience
4
  • Analysis of the musicians' preferences for the parameters of first sound reflections in rooms
5
  • Designing perforated panels for the needs of acoustic scale measurements
6
  • Dimensional analysis in the air flow resistivity measurements of perforated plates
7
  • Engineering method to measure structure borne sounds transmitted through the building partitions
8
  • Engineering method to measure the impact sound improvement with floor coverings
9
  • Experimental verification of how relative air humidity influences the results of sound absorption coefficient measurements in model tests
10
  • Experimental verification of similarity criteria for sound absorption of perforated panels
11
  • Global noise insensitivity - a complex analysis of the problem
12
  • Listening concepts under extreme acoustic conditions in anechoic and reverberation chambers and underwater during aXes - Triduum of New Music Conference in Cracow
13
  • Obliczanie mocowego współczynnika tłumienia na potrzeby pomiarów chłonności akustycznej próbek wykonanych w skali
14
  • Scale model studies on sound absorption of perforated panels
15
  • Sposób określania tłumienia dźwięków uderzeniowych przez pokrycia podłogowe, zwłaszcza wykładziny elastyczne i stanowisko do realizacji tego sposobu
16
  • The analysis of noise harmfulness in public utility facilities
17
  • The challenges of classical guitar FEM modelling
18
19
  • The measurement of sound scattering in a 1:8 scale - validation of the measurement stand and procedure
20
  • Validation of the formula for air attenuation coefficient for acoustic scale models