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dr inż. Paweł Ziółkowski
Employment
- Assistant professor at Institute of Energy
e-Learning courses
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Modelowanie numeryczne procesów cieplno-przepływowych, PG_00057392
W trakcie przedmiotu zostaną przedstawione zagadnienia dotyczące modelowania instalacji energetycznych, w tym obiegów termodynamicznych oraz wybranych urządzeń instalacji energetycznych przy użyciu kodów komercyjnych, tak aby student był wstanie właściwie zamodelować proces i zinterpretować wyniki. Przedstawienie możliwości obliczeniowych kodu obliczeniowego typu CFD.
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Numeryczne projektowanie urządzeń cieplno-przepływowych, Lab, MiBM, sem. 5, zimowy 22/23
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Modelowanie matematyczne instalacji energetycznych 2021/2022
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Wprowadzenie do analiz egzergetycznych, PG_00059783
The aim of the course is to present the basic issues to carry out the balance of exergy and entropy in addition to the balance of mass and energy. To show the definition of the maximum work that a certain matter can do in a thermodynamic process when transitioning to equilibrium with its surroundings. To refer to chemical exergy and show the application of the exergy balance to define losses in a thermodynamic cycle.
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Modelowanie CFD procesów separacji tlenu (ISB_WIMiO:21)
Przedmiot dotyczy zagadnień separacji tlenu w strukturach porowatych.
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Numerical methods in heat and fluid flow, PG_00057408
Reiteration of information on thermodynamic cycles and extension of information on their modelling using commercial software tools. Presentation of balances, constitutive equations, how to set up conditions in CFD type codes. Equipment regulation and control in the context of heat exchangers.Presentation of the computational capabilities of the CFD calculation code ANSYS Fluent. Mass, momentum and energy balances in 0D and 3D terms.Analysis...
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Numerical methods in heat and fluid flow
Przedmiot odnosi się do bilansu masy pędu i energii w ujęciu 0D i 3D.
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Modelowanie matematyczne instalacji energetycznych, PG_00057258
Przedmiot dotyczy modelowania matematycznego instalacji energetycznych w ujęciu bilansów cieplno-przepływowych z wykorzystaniem równań algebraicznych oraz w ujęciu lokalnym z podaniem wymiarów w przestrzeni obliczania równań różniczkowych. Zagadnienia przedstawiane w trakcie wykładu odnoszą się zarówno po poszczególnych urządzeń instalacji energetycznych, jak i do całych systemów, gdzie bilanse masy, pędu i energii grają decydującą...
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Numerical methods in heat and fluid flow
Presentation of issues concerning mathematical modelling of power installations, including thermodynamic cycles and selected devices of power installations using commercial codes, so that the student is able to properly model the process and interpret the results. Presentation of capabilities of CFD code.
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Modelowanie numeryczne procesów cieplno-przepływowych 2024/2025
Przedstawienie możliwości obliczeniowych kodu obliczeniowego CFD ANSYS Fluent i ANSYS CFX/ANSYS thermal/ANSYS structural. Oraz kodów do obliczeń obiegów termodynamicznych.
Conducted classes
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Numerical methods in thermal problems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Pro-Ecological Energy Systems
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Thermal Devices Design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal and Processing Technologies
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Thermal Devices Design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal and Processing Technologies
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Numerical methods in thermal problems
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Specialization: Pro-Ecological Energy Systems
Field of study: Power Engineering
Specialization: Pro-Ecological Energy Systems
Field of study: Power Engineering
Specialization: Pro-Ecological Energy Systems
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Mathematical modelling of energy plants
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
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Thermal Devices Design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal and Processing Technologies
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Analiza błędu pomiarowego z wykorzystaniem laserów i nanocząsteczek
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Przygotowanie publikacji naukowych
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Metody eksperymentalne konwersji energii elektromagnetycznej w ciepło
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Metody numeryczne w konwersji i przewodzeniu ciepła w materiałach biologicznych
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Numerical modelling of thermal-flow processes
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
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Thermal Devices Design
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Thermal and Processing Technologies
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Numerical methods in heat and fluid flow
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: International Design Engineer
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Wprowadzenie do analiz materiałów biologicznych z wykorzystaniem laserów
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Formy prezentacji wyników badań
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Numerical modeling of thermal-flow processes
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
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Mathematical modelling of energy plants
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
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Numerical modeling of thermal-flow processes
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
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Introduction to exergy analysis
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Numerical methods in heat and fluid flow
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: International Design Engineer
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Numerical modeling of thermal-flow processes
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
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Numerical methods in heat and fluid flow
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Mathematical modelling of energy plants
Faculty of Mechanical Engineering and Ship Technology -
Mathematical modelling of energy plants
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
Field of study: Power Engineering
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CFD modelling of oxygen separation
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
ISB: indywidualne studia badawcze
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Mathematical modelling of Energy Plants
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Field of study: Power Engineering
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Mathematical Modelling of Energy Installations
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: International Design Engineer
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Selected Topics of Numerical Methods
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Manufacturing Engineering and Computer Aided Manufacturing Processes
Field of study: Mechanical Engineering
Specialization: Computer-Aided Design and Operation of Machines
Field of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
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Mathematical Modelling of Energy Installations
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: International Design Engineer
Field of study: Mechanical Engineering
Specialization: International Design Engineer
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Mathematical Modelling of Energy Installations
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: International Design Engineer
Field of study: Mechanical Engineering
Specialization: International Design Engineer
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Selected Topics of Numerical Methods
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Manufacturing Engineering and Computer Aided Manufacturing Processes
Field of study: Mechanical Engineering
Specialization: Manufacturing Engineering and Computer Aided Manufacturing Processes
Field of study: Mechanical Engineering
Specialization: Computer-Aided Design and Operation of Machines
Field of study: Mechanical Engineering
Specialization: Computer-Aided Design and Operation of Machines
Field of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
Field of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
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Mathematical Modelling of Energy Installations
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: International Design Engineer
Field of study: Mechanical Engineering
Specialization: International Design Engineer
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Mathematical Modelling of Energy Installations
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: International Design Engineer
Field of study: Mechanical Engineering
Specialization: International Design Engineer
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Selected Topics of Numerical Methods
Faculty of Mechanical EngineeringField of study: Mechanical Engineering
Specialization: Computer-Aided Design and Operation of Machines
Field of study: Mechanical Engineering
Specialization: Computer-Aided Design and Operation of Machines
Field of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
Field of study: Mechanical Engineering
Specialization: Manufacturing Engineering and Computer Aided Manufacturing Processes
Field of study: Mechanical Engineering
Specialization: Manufacturing Engineering and Computer Aided Manufacturing Processes
Field of study: Mechanical Engineering
Specialization: Thermal-Hydraulic, Refrigeration and Air-conditioning Technologies
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