Kontakt:
- email:
- marek.krawczuk@pg.edu.pl
Zajmowane stanowiska:
Profesor
- miejsce pracy:
- Instytut Mechaniki i Konstrukcji Maszyn
Budynek Wydziału Inżynierii Mechanicznej i Okrętownictwa (dawny WM), 411
- telefon:
- +48 58 347 26 29

Publikacje:
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Publikacja
- M. Rehman
- M. B. Hafeez
- M. Krawczuk
- ARCHIVES OF COMPUTATIONAL METHODS IN ENGINEERING - Rok 2024
In this review article, we investigate the dynamic nature of the Kozeny–Carman Model concerning permeability and its application in engineering contexts. Providing insights into the changing dynamics of permeability within mining, petroleum, and geotechnical engineering, among other engineering applications. While some are complex and require additional modifcations to be applicable, others are simple and still function in specifc...
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Publikacja
Objectives: Body surface area (BSA) is one of the major parameters used in several medical fields. However, there are concerns raised about its usefulness, mostly due to the ambiguity of its estimation. Material and Methods: Authors have conducted a voluntary study to investigate BSA distribution and estimation in a group of 179 adult people of various sex, age, and physique. Here, there is provided an extended analysis of the...
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Publikacja
- M. Rehman
- M. B. Hafeez
- M. Krawczuk
- JOURNAL OF THERMAL ANALYSIS AND CALORIMETRY - Rok 2024
Natural convection is a complex environmental phenomenon that typically occurs in engineering settings in porous structures. Shear thinning or shear thickening fuids are characteristics of power-law fuids, which are non-Newtonian in nature and fnd wide-ranging uses in various industrial processes. Non-Newtonian fuid fow in porous media is a difcult problem with important consequences for energy systems and heat transfer. In this...
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Publikacja
- SENSORS - Rok 2024
The non-linear contact model was chosen to simulate the closed crack in the cantilever beam. The study examines the shape and characteristics of the phase diagram of a cantilever beam with closed cracks. It investigates how various crack properties influence the geometry of the phase diagram and proposes a method for identifying cracks based on their features. The area of each closed curve in the phase diagram is determined using...
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Publikacja
In this article, we will discuss the applications of the Spectral element method (SEM) and Finite element Method (FEM) for fractional calculusThe so-called fractional Spectral element method (f-SEM) and fractional Finite element method (f-FEM) are crucial in various branches of science and play a significant role. In this review, we discuss the advantages and adaptability of FEM and SEM, which provide the simulations of fractional...
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