Kontakt:
- email:
- pmiodusz@pg.edu.pl
Zajmowane stanowiska:
Profesor uczelni
- miejsce pracy:
- Instytut Mechaniki i Konstrukcji Maszyn
Budynek Wydziału Inżynierii Mechanicznej i Okrętownictwa (dawny WM), 424
- telefon:
- (58) 347 20 08

Publikacje:
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Publikacja
- T. Berge
- P. Mioduszewski
- M. Hałucha
- J. Bohatkiewicz
- APPLIED ACOUSTICS - Rok 2025
In 2009, the European Union (EU) introduced a directive governing the labelling of tyres, which underwent revision in 2020. This labelling system encompasses three key parameters related to tyre performance: wet grip (safety), rolling resistance (energy consumption), and external rolling noise (environmental impact). These label values serve as crucial information for customers seeking to purchase replacement tyres for their vehicles....
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Publikacja
- P. Mioduszewski
- W. Sorociak,
- APPLIED ACOUSTICS - Rok 2023
According to the valid standard, Close Proximity (CPX) method intends to evaluate the influence of road surfaces on traffic noise. Measurements may be carried out with the use of a self-powered vehicle or a special test trailer equipped with testing tyre towed by another vehicle. Two different testing devices took part in the research organized in Poland in order to determine the ranking of road surfaces in terms of acoustic parameters....
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Publikacja
- P. Jaskuła
- J. Ejsmont
- W. Gardziejczyk
- P. Mioduszewski
- M. Stienss
- M. Motylewicz
- C. Szydłowski
- P. Gierasimiuk
- D. Ryś
- M. Wasilewska
- Materials - Rok 2023
This article presents the development process of designing and testing poroelastic pavement based on highly polymer-modified bitumen. Poroelastic wearing course was composed of mineral and rubber aggregate mixed with highly polymer-modified bitumen, in contrast to previous trials, during which polyurethane resins were mainly used as binder, which led to several serious technological problems concerning difficult production, insufficient...
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Publikacja
- M. Hałucha
- J. Bohatkiewicz
- P. Mioduszewski
- Archives of Civil Engineering - Rok 2023
Numerous European countries experience a steady increase in the share of electric (EV) and hybrid electric (HEV) vehicles in the traffic stream. These vehicles, often referred to as low- or zero-emission vehicles, significantly reduce air pollution in the road environment. They also have a positive effect on noise levels in city centers and in the surroundings of low-speed roads. Nevertheless, issues related to modeling noise from...
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Publikacja
- T. Berge
- P. Mioduszewski
- Rok 2023
Within the Polish-Norwegian research project ELANORE, a limited Round Robin Test has been performed on four ISO tracks in Northern Europe. The basic objective of the project is to improve the EU directive on labelling of tyres for noise and rolling resistance. This directive is based on the measurement procedures proscribed in the UNECE Reg.117. Measurements on 3 ISO tracks were performed in 2021 and presented at InterNoise 2022....
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Projekty:
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Projekty
Kierownik projektu: prof. dr hab. inż. Jerzy Ejsmont Program finansujący: Fundusze norweskie i EOG - Program Badania Stosowane
Projekt realizowany w Katedra Konstrukcji Maszyn i Pojazdów zgodnie z porozumieniem NOR/POLNOR/ELANORE/0001/2019-00 z dnia 2020-09-10