Search
dr hab. inż. Bogdan Rozmarynowski
Employment
- Associate professor at Institute of Ocean Engineering and Ship Technology
e-Learning courses
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Mechanika techniczna I, WC, TiL, sem. 2, letni 21/22, (PG_00056151)
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Mechanika Materiałów, Mgr, 2022/2023, sem. Lato, [W,C] (PG_00057369)
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Mechanika Konstrukcji Okrętu, I stop., Sn, [W], [BR], 2022/2023, (O:098210n)
Kierunek BOiJ, tematy kursu: Klasyfikacja elementów konstrukcji; Zasada pracy wirtualnej i jej zastosowania. Metoda Sił; Metoda Przemieszczeń w ujęciu klasycznym i macierzowym; Podstawy MES cz. 1 (układy prętowe); Ścinanie i skręcanie prętów cienkościennych (środek skręcania); Elementy teorii tarcz i płyt; Powłoki obrotowo-symetryczne w stanie błonowym; Zagadnienia stateczności; Podstawy MES cz. 2 (tarcze i płyty); Zagadnienia...
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MES w mechanice cienkościennych konstrukcji powłokowych, II stop., Oce Sn, W, [BR], zimowy, 22/23 (PG_00057296)
Tematy: Omówienie literatury przedmiotu; ogólny obraz MES - typy analiz, idea dyskretyzacji, pojęcie elementu skończonego, budowa globalnych równań równowagi, zasada pracy wirtualnej w zapisie macierzowym; Podstawowe równania MES (statyka, dynamika) - algorytm MES w mechanice liniowej, równania liniowej teorii płyt cienkich, założenia upraszczające (hipoteza Kirchhoffa-Love'a); dyskretyzacja ustroju powierzchniowego, dynamiczne...
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Mechanika Techniczna II (PG_00042007), I stop., Energetyka, Powt., [W,C], [BR], zimowy, 22/23
Celem przedmiotu jest przedstawienie podstaw teoretycznych mechaniki i wytrzymałości ustrojów jednowymiarowych (pręty, belki) oraz dwuwymiarowych (elementy teorii tarcz, płyt i powłok osiowo-symetrycznych). Student po kursie powinien umieć : wyznaczyć rozkłady sił i momentów wewnętrznych; wyznaczyć rozkład naprężenia; obliczać przemieszczenia ustrojów prętowych; wskazać miejsca największego wytężenia materiału przy typowych...
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Mechanics of Materials, MSc, 2022/2023, Summer, [L,T] (PG_00057378)
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Mechanika Konstrukcji Okrętu, I stop., Sdz, [W], [BR], 2022/2023, (O:098210)
Kierunek BOiJ, tematy kursu: Klasyfikacja elementów konstrukcji; Zasada pracy wirtualnej i jej zastosowania. Metoda Sił; Metoda Przemieszczeń w ujęciu klasycznym i macierzowym; Podstawy MES cz. 1 (układy prętowe); Skręcanie prętów cienkościennych (środek skręcania); Elementy teorii tarcz i płyt; Powłoki obrotowo-symetryczne w stanie błonowym; Zagadnienia stateczności; Podstawy MES cz. 2 (tarcze i płyty); Zagadnienia teorii drgań...
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Technical Mechanics 2 (PG_00049753), I stop, En, [W,C], zima 22/23
Lectures and tutorials devoted to basic issues of Strength of Materials (stress and strain states, the Hook's law, geometrical properties of an area, bending, shearing, torsion, deflection lines of beams, buckling and yielding criteria).
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MES w mechanice cienkościennych konstrukcji powłokowych, WL, II stopnia, niestacjonarne, sem. 4, letni 2021/22
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Mechanika konstrukcji okrętu (PG_00056290), [W], Inż., WIMiO, zimowy, 2023/2024
Klasyfikacja elementów konstrukcji; Płaskie ramy statycznie wyznaczalne i niewyznaczalne; Podstawy Metody Elementów Skończonych cz. 1 (układy prętowe); Środek ścinania (skręcania); Skręcanie swobodne i skrępowane (koncepcja); Elementy teorii tarcz, płyt i powłok; Współpraca elementów konstrukcji kadłuba statku; Stateczność; Podstawy Metody Elementów Skończonych cz. 2 (ustroje powierzchniowe); Drgania kadłuba statku.
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Wytrzymałość Materiałów En, PG_00055882, [C], Gr 1 WEiA, zimowy 2023-2024
Rozciąganie/Ściskanie osiowe; Płaski Stan Naprężenia Płaski Stan Odkształcenia; Zginanie belek; Skręcanie prętów zwartych i cienkościennych; Ścinani techniczne; Linie ugięcia belek prostych; Energia sprężysta; Wyboczenie prętów; Obliczanie przemieszczeń metoda Maxwella Mohra.
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Wytrzymałość materiałów (PG_00060644), Transport i logistyka, Zima 24/25
Wytrzymałość materiałów (PG_00060644) Kierunek: Transport i logistyka (WIMiO), I stopnia - inżynierskie, stacjonarne, 2023/2024 - zimowy (obecnie sem. 3)
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Mechanika konstrukcji okrętu (PG_00056290), W, sem5, Istop, 2024-2025
Klasyfikacja elementów konstrukcji; Siły wewnętrzne w belkach, rusztach i ramach; Zasada pracy wirtualnej i jej zastosowania. Metoda Sił; Metoda Przemieszczeń w ujęciu klasycznym i macierzowym; Podstawy MES cz. 1 (układy prętowe); Ścinanie i skręcanie prętów cienkościennych (środek skręcania); Elementy teorii tarcz i płyt; Powłoki obrotowo-symetryczne w stanie błonowym; Zagadnienia stateczności; Podstawy MES cz. 2 (tarcze i płyty);...
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Mechanika (PG_00055048), Ć, Gr. 2, I st., sem 02, letni, 2023/24, ZIP
Ćwiczenia tablicowe: 1) Statyka: moment siły względem punktu i względem osi; przypadki redukcji układu sił; warunki równowagi układu sił; środki ciężkości; tarcie posuwiste, tarcie cięgien i opory toczenia; statyka kratownic. 2) Kinematyka: opisy ruchu punktu we współrzędnych wektorowych, kartezjańskich, biegunowych oraz naturalnych; kinematyka bryły: ruch postępowy, obrotowy i płaski; chwilowy środek prędkości i przyspieszenia;...
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Mechanics of materials (PG_00057378), W/Ć, BM, II stop., sem1,3, lato, 2023/24
The aim of this course is providing knowledge in the field of analysis and solving problems of mechanics and strength of one-dimensional systems (bars, beams, frames) and selected two-dimensional systems (shields, plates); preparing the student to solve problems involving complex cases of material strength; developing the ability to assess the stability of structural elements (forms of stability loss, critical forces); consolidation...
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Mechanika materiałów (PG_00057369), W/Ć, BM, II stop., sem1, lato, 2023/24
Celem kursu jest przekazanie wiedzy z zakresu analizy i rozwiązywania zagadnień mechaniki i wytrzymałości ustrojów jednowymiarowych (kratownice, belki, ramy) oraz wybranych układów dwuwymiarowych (tarcze, płyty prostokątne i kołowe, zbiorniki ciśnieniowe); przygotowanie osób studiujących do rozwiązywania problemów obejmujących złożone przypadki wytrzymałości materiałów z zastosowaniem hipotez wytężeniowych; rozwinięcie umiejętności...
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Wytrzymałość Materiałów (PG00055882), Inż., En, 2023/2024, Zima, [W]
Podstawy Wytrzymałości Materiałów, Stan naprężenia i odkształcenia, Rozciąganie i ściskanie osiowe pręta prostego, Momenty bezwładności figur płaskich, Skręcanie prętów zwartych i cienkościennych, Zginanie belek prostych, Ścinanie techniczne, Energia sprężysta kładów prętowych, Płaskie układy prętowe statycznie niewyznaczalne, Wyboczenie prętów osiowo ściskanych, Podstawy Metody Elementów Skończonych.
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Wytrzymałość materiałów En (PG_00055882), W, I stopień, sem3, 2024-2025
Założenia i podstawowe zagadnienia wytrzymałości materiałów. Definicja sił wewnętrznych w układach prętowych. Stan naprężenia i odkształcenia, związki fizyczne. Rozciąganie i ściskanie osiowe pręta prostego. Momenty bezwładności figur płaskich. Skręcanie prętów krępych i cienkościennych. Zginanie belek prostych. Ścinanie przy zginani. Energia sprężysta układów prętowych. Płaskie układy prętowe statycznie niewyznaczalne. Wyboczenie...
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Advanced Mechanics of Marine Structures I, MSc, Summer 2022-2023, [L,T], PG_00051723
1. Literature overview, definition of marine and offshore structures, ocean engineering technologies and mechanical aspects, structural systems applied, jack-up drilling platforms and structural elements. 2. Tensor algebra fundamentals, stress and small strain states of a solid, constitutive relations. 3. SDOF and MDOF dynamic systems, damping and added masses in offshore vibrations, generalised eigenvalue problem, forced vibrations...
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Wytrzymałość materiałów (PG_00055379), [W], Inż., WIMiO, zimowy, 2023/2024
Podstawy Wytrzymałości Materiałów; Stan naprężenia i odkształcenia; Rozciąganie i ściskanie osiowe pręta prostego; Momenty bezwładności figur płaskich; Skręcanie prętów zwartych i cienkościennych; Zginanie belek prostych; Ściskanie mimośrodowe prętów; Siły wewnętrzne i naprężenia w układach prętowych. Wymiarowanie; Zagadnienia wytrzymałości przy obciążeniu złożonym; Stateczność prętów (wyboczenie); Zginanie prętów słabo zakrzywionych...
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Wytrzymałość materiałów (PG_00055882), En, Ć(BR), inż., sem. zimowy, 2024-25
Ćwiczenia tablicowe do wykładu Wytrzymałość materiałów, kierunek Energetyka, 15 godzin zajęć.
Conducted classes
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Strength of materials
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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Mechanika konstrukcji okrętu
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Naval Architecture
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Strength of Materials
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
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Advanced Mechanics of Marine Structures I
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Strength of materials
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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Mechanika konstrukcji okrętu
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Naval Architecture
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Mechanics of materials
Faculty of Mechanical Engineering and Ship TechnologyField of study: Space and Satellite Technologies
Specialization: Engineering and Management of Space Systems
Profile: Aerospace Technology
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Mechanics of materials
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: International Design Engineer
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Mechanics of materials
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Modeling in Machine and Vehicle Design
Field of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
Field of study: Mechanical Engineering
Specialization: Manufacturing Engineering and Production Systems
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Advanced Mechanics of Marine Structures I
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Mechanics of Ship Structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
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FEM in the Mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Technical Mechanics 2
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
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Mechanics of materials
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: Manufacturing Engineering and Production Systems
Field of study: Mechanical Engineering
Specialization: Modeling in Machine and Vehicle Design
Field of study: Mechanical Engineering
Specialization: Heat and Fluid Flow Technologies
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FEM in the mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Statki morskie, obiekty oceanotechniczne i jachty
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Mechanics of materials
Faculty of Mechanical Engineering and Ship TechnologyField of study: Mechanical Engineering
Specialization: International Design Engineer
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Mechanics of Ship Structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
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Advanced Mechanics of Marine Structures I
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
Field of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Advanced Mechanics of Marine Structures I
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Technical Mechanics 2
Faculty of Mechanical Engineering and Ship TechnologyField of study: Power Engineering
Subfield of study: Power Engineering
Field of study: Power Engineering
Subfield of study: Power Engineering
Field of study: Power Engineering
Subfield of study: Power Engineering
Field of study: Power Engineering
Subfield of study: Power Engineering
Field of study: Power Engineering
Subfield of study: Power Engineering
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FEM in the Mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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FEM in the Mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Offshore oil and Operational Platforms
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Marine Natural Resources Engineering
Field of study: Ocean Engineering
Specialization: Marine Natural Resources Engineering
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Strength of Materials
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
Field of study: Ocean Engineering
Specialization: Shipbuilding and Yacht Construction
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Strength of Matrials
Faculty of Ocean Engineering and Ship TechnologyField of study: Transport
Specialization: Water Transport Systems
Field of study: Transport
Specialization: Water Transport Systems
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Advanced Mechanics of Marine Structures I
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
Field of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Advanced Mechanics of Marine Structures I
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
Field of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Advanced Mechanics of Marine Structures
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
Field of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Mechanika i wytrzymałość przewodu wiertniczego
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
Field of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
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FEM in the Mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
Field of study: Ocean Engineering
Specialization: Design of Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Mechanics and Strenght of Drill Strings
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
Field of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
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Mechanics and Strenght of Drill Strings
Faculty of Ocean Engineering and Ship Technology
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Mechanics and Strenght of Drill Strings
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Natural Resources Engineering
Field of study: Ocean Engineering
Specialization: Natural Resources Engineering
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Advanced Mechanics of Marine Structures
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
Field of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Mechanics and Strenght of Drill Strings
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Exploration of Sea and Ocean Resources
Profile: Exploatation of Sea Mineral Resources
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FEM in the mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Technical Mechanics - Application 1
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Field of study: Ocean Engineering
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FEM in the mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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FEM in the mechanics of thina-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Advanced Mechanics of Marine Structures
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Technical Mechanics - Application 1
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Field of study: Ocean Engineering
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Mechanics and Strenght of Drill Strings
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Natural Resources Engineering
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FEM in the mechanics of thina-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Technical Mechanics - Application 1
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
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FEM in the mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Mechanics and Strenght of Drill Strings
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Natural Resources Engineering
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Advanced Mechanics of Marine Structures
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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Technical Mechanics - Application 1
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Maritime Management and Marketing
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FEM in the mechanics of thin-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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FEM in the mechanics of thina-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Technical Mechanics - Application 1
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
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Mechanics and Strenght of Drill Strings
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Natural Resources Engineering
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Advanced Mechanics of Marine Structures
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Ocean Engineering
Profile: Ship Technology and Offshore Engineering
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FEM in the mechanics of thina-walled shell structures
Faculty of Mechanical Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Design of Special Ships and Ocean Engineering Equipment
Profile: Sea-Going Ships and Ocean Engineering Objects
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Technical Mechanics - Application 1
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Subfield of study: Ship Specialization
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Technical Mechanics - Application 1
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Maritime Management and Marketing
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Mechanics and Strenght of Drill Strings
Faculty of Ocean Engineering and Ship TechnologyField of study: Ocean Engineering
Specialization: Natural Resources Engineering
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