Wyniki wyszukiwania dla: coacervation - MOST Wiedzy

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Wyniki wyszukiwania dla: coacervation

Wyniki wyszukiwania dla: coacervation

  • Conservation and Protection of Architectural Heritage

    Kursy Online
    • P. Ardizzola
    • P. Duch-Żebrowska

  • PROJEKT KONSERWATORSKI | CONSERVATION PROJECT | 2024/2025

    Kursy Online
    • A. Piwek
    • P. Samól
    • M. Sołtysik
    • A. Orchowska
    • R. Hirsch
    • G. Bukal
    • B. Macikowski

    Zadaniem kursu projektowania konserwatorskiego jest opracowanie projektu architektonicznego w oparciu o studium historyczne i autorską waloryzację konserwatorską obiektu/zespołu zabytkowego, a w konsekwencji uzyskanie wiedzy na temat architektonicznych i urbanistycznych uwarunkowań projektowania konserwatorskiego.

  • PROJEKT KONSERWATORSKI | CONSERVATION PROJECT | 2023/2024

    Kursy Online
    • A. Piwek
    • P. Samól
    • M. Sołtysik
    • A. Orchowska
    • R. Hirsch
    • G. Bukal
    • B. Macikowski

    Zadaniem kursu projektowania konserwatorskiego jest opracowanie projektu architektonicznego w oparciu o studium historyczne i autorską waloryzację konserwatorską obiektu/zespołu zabytkowego, a w konsekwencji uzyskanie wiedzy na temat architektonicznych i urbanistycznych uwarunkowań projektowania konserwatorskiego.

  • Conservation and Protection of Architectural Heritage 2020/21

    Kursy Online
    • G. Bukal

  • Mechanics I, W/C, MiBM, sem. 02, lato 22/23 (PG_00050273)

    Kursy Online
    • O. Nosko

    The course provides students with basic knowledge of Classical Mechanics. Terms, assumptions, principles and methods of Statics, Kinematics and Kinetics are treated. General methods based on the principles of conservation of momentum and energy are considered for a particle, a body and a system of bodies. The main emphasis is on the development of skills to efficiently schematise, solve and analyse typical problems.

  • Mechanics II, W/C, MiBM, sem. 03, zima 22/23 (PG_00055119)

    Kursy Online
    • O. Nosko

    The course provides students with basic knowledge of Classical Mechanics. Terms, assumptions, principles and methods of Statics, Kinematics and Kinetics are treated. General methods based on the principles of conservation of momentum and energy are considered for a particle, a body and a system of bodies. The main emphasis is on the development of skills to efficiently schematise, solve and analyse typical problems.

  • Mechanics II, W/C, ZiIP, sem. 03, zima 23/24 (PG_00055119)

    Kursy Online
    • O. Nosko

    The course provides students with basic knowledge of Classical Mechanics. Terms, assumptions, principles and methods of Statics, Kinematics and Kinetics are treated. General methods based on the principles of conservation of momentum and energy are considered for a particle, a body and a system of bodies. The main emphasis is on the development of skills to efficiently schematise, solve and analyse typical problems.

  • Mechanics I, W/C, ZiIP, sem. 02, lato 23/24 (PG_00050273)

    Kursy Online
    • O. Nosko

    The course provides students with basic knowledge of Classical Mechanics. Terms, assumptions, principles and methods of Statics, Kinematics and Kinetics are treated. General methods based on the principles of conservation of momentum and energy are considered for a particle, a body and a system of bodies. The main emphasis is on the development of skills to efficiently schematise, solve and analyse typical problems.

  • Mechanics II, W/C, ZiIP, sem. 03, zima 24/25 (PG_00055119)

    Kursy Online
    • O. Nosko

    The course provides students with basic knowledge of Classical Mechanics. Terms, assumptions, principles and methods of Statics, Kinematics and Kinetics are treated. General methods based on the principles of conservation of momentum and energy are considered for a particle, a body and a system of bodies. The main emphasis is on the development of skills to efficiently schematise, solve and analyse typical problems.

  • Fluid Mechanics, L/L/E, DaPE, sem. 04, summer 21/22 (PG_00050282)

    Kursy Online
    • K. Tesch
    • M. Banaszek

    LECTURES Introduction and basic definitions. Properties of fluids. Models of fluids. Fluids in equilibrium. Determination of hydrostatic forces. Archimedes" law. Methods of fluid flow description. General motion of fluid. Deformation of fluid element. Vortex motion of fluid. Principles of conservation of mass, momentum and energy. Balance of entropy. Navier-Stokes equation. Bernoulli equation. Similarity of flow phenomena. Potential...