Contact:
- email:
- agnieszka.tomaszewska@pg.edu.pl
Positions:
Associate professor
- workplace:
- Katedra Mechaniki Budowli
Gmach Główny, 467
Functions:
Head of Department
- workplace:
- Katedra Mechaniki Budowli
Gmach Główny, 467

Publications:
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Publication
The efficacy of modal curvature approach for damage localization is discussed in the paper in the context of input data. Three modal identification methods, i.e., Eigensystem Realization Algorithm (ERA), Natural Excitation Technique with ERA (NExT-ERA) and Covariance Driven Stochastic Subspace Identification (SSI-Cov), and four methods of determining baseline data, i.e., real measurement of the undamaged state, analytical function,...
Full text available to download
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Publication
This paper discusses the problem of macroscopic modeling a knitted technical fabric with the aim to determine a constitutive law for adequately modeling the material response under real-life load. As phenomenological, hyperelastic material laws reveal different parameters due to different test modalities used to identify such parameters, an optimization scheme is proposed to determine an objective solution. The study is conducted...
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Publication
- A. Tomaszewska
- J. Szafran
- B. Brune
- K. Wilde
- Bulletin of the Polish Academy of Sciences-Technical Sciences - Year 2025
Considering the Bulletin Readers’ interest in civil engineering,the Special Section “Sustainability, reliability, and durability of civil engineering structures” is now presented, with papers that, by studying specific cases, fully embrace all aspects related to the topic, starting from geometry design, determination of load acting on a structure, characteristics of the material for construction purpose, characteristics of structural...
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Publication
- M. Zamkowski
- A. Tomaszewska
- I. Lubowiecka
- M. Śmietański
- Scientific Reports - Year 2023
This study investigates the mechanical behavior of the Physiomesh/Securestrap system, a hernia repair system used for IPOM procedures associated with high failure rates. The study involved conducting mechanical experiments and numerical simulations to investigate the mechanical behavior of the Physiomesh/Securestrap system under pressure load. Uniaxial tension tests were conducted to determine the elasticity modulus of the Physiomesh...
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Publication
- M. Zamkowski
- A. Tomaszewska
- I. Lubowiecka
- K. Karbowski
- M. Śmietanski
- SURGICAL ENDOSCOPY AND OTHER INTERVENTIONAL TECHNIQUES - Year 2023
repairs, in case of large direct hernias (M3) mesh fixation is recommended to reduce recurrence risk. Despite lack of highquality evidence, the recommendation was upgraded to strong by expert panel. The authors conducted a research experiment to verify the hypothesis that it is possible to preserve the mesh in the operating field in large direct hernias (M3) without the need to use fixing materials. Method The authors conducted...
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