Kontakt:
- email:
- mmisk@pg.edu.pl
Zajmowane stanowiska:
Profesor uczelni
- miejsce pracy:
- Katedra Wytrzymałości Materiałów
Budynek A Wydziału Inżynierii Lądowej i Środowiska-Żelbet, 029

Publikacje:
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Publikacja
- N. Hassas
- F. Omidi Moaf
- M. Kurpińska
- T. Bardzińska-Bonenberg
- J. Borucka
- H. S. Abdelgader
- R. Soman
- M. Miśkiewicz
- Scientific Reports - Rok 2025
The increasing demand for sustainable and eco-friendly construction materials has prompted the exploration of natural fibers as reinforcement in cement composites. This study investigates the potential of goat hair as a natural fiber reinforcement in lightweight cement composites to enhance mechanical properties and sustainability. The research evaluates goat-hair-reinforced composites’ flexural and compressive strengths at 7 and...
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Publikacja
- COMPUTERS & STRUCTURES - Rok 2024
The problems encountered during the analyzes of structural response of historic masonry railroad arch bridges are described in this paper. The attention is mainly focused on the stiffness of the masonry arches, their strengths and appropriate estimation of railroad load intensity. Issues related to computational modelling of two, existing, almost 130 years old masonry arch railroad bridges are presented in this context. The main...
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Publikacja
- ENGINEERING FAILURE ANALYSIS - Rok 2024
The cracking of a post-tensioned T-beam superstructure, which was built using the incremental launching method, is analyzed in the paper. The problem is studied in detail, as specific damage was observed in the form of longitudinal cracks, especially in the mid-height zone of the girder at the interface of two assembly sections. The paper is a case study. A detailed inspection is done and non-destructive testing results of the...
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Publikacja
- Structural Concrete - Rok 2024
In modern construction, one of the most important factors in the execution of contracts is time. Standard procedures for assessing the frost resistance or concrete are usually very time-consuming and can take up to 40 days. The current paper is experimentally and practically oriented. It presents an alternative testing method, based on air void network, that allows to assess the frost resistance of concrete within just a few days...
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Publikacja
- F. Omidi Moaf
- A. M. Rajabi
- H. S. Abdelgader
- M. Kurpińska
- G. Muralia
- M. Miśkiewicz
- Scientific Reports - Rok 2024
The research necessity stems from the need to understand and evaluate the performance of Two- Stage Concrete (TSC) under triaxial compression conditions, as prior studies have predominantly focused on uniaxial and biaxial testing of conventional concrete (CC). This study represents the first comprehensive investigation into the triaxial compressive strength and related mechanical properties of TSC, addressing a critical gap in...
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