Metal constructions. Nazwa przedmiotu (course title) II.B.1. Kod przedmiotu (course code) II.B.2

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1 II.B.1 II.B.2 II.B.3 II.B.4 II.B.5 II.B.6 II.B.7 Nazwa przedmiotu (course title) Kod przedmiotu (course code) Typ przedmiotu (type of course) Poziom przedmiotu (level of course) Rok studiów, semestr (year of study, semester/trimester) Liczba punktów (numer of credits) Metody nauczania (teaching methods) Metal constructions Course status compulsory L- 15, D-15 Knowledge Student has basic knowledge of designing combined steel-concrete constructions according to PN-EN standard. Student has basic knowledge of construction solutions concerning the elements of buildings designed with use of combined steel-concrete structures. Student consolidates knowledge of designing basic elements of steel constructions in general civil engineering according to the requirements of PN-EN 1993 standards. Abilities Student can use requirements and recommendations of PN-EN , PN-EN and PN-EN standards to design or verify load capacity of construction elements in simple constructional forms of buildings. Student knows basic rules for designing combined steel-concrete constructions considering recommendations and requirements of PN-EN standard. Social competences (attitudes) Student gets aware of co-responsibility in building industry: designer s, steel construction producer s, production engineer s and head s of building/assembling in a process of building investment with use of steel constructions. Sem. 6 lecture-2ects design-2ects Teaching methods M1. Lecture with multimedia presentations. M2. Multimedia presentation of a model design exercise. M3. Presentation of engineering computer software used in practice during design assignments. II.B.8 II.B.9 Język wykładowy (language of instruction) Imię i nazwisko wykładowcy (name of lecturer) english

2 II.B.10 Wymagania wstępne (prerequisites) Specification of introductory courses together with prerequisites A. Formal requirements A1. Theoretical mechanics A2. Strength of materials A3. Theory of structures A4. General civil engineering A5. Foundation engineering A6. Technical drawing A7. Metal constructions B. Prerequisites B1. Knowledge of structural mechanics and civil engineering rudiments B2. Knowledge of computer recording of building constructions B3. Knowledge of elektronic calculation techniques B4. Knowledge of the metal constructions course II.B.11 Cele przedmiotu (wskazane jest określenie celów jako efektów kształcenia i kompetencji) (objectives of the course, preferably expressed in terms of learning outcomes and competences) Objectives of the course C1. Familiarizing a student with the rudiments of designing elements and joints of combined steel-concrete constructions according to the requirements of PN-EN standard. II.B.12 Treści merytoryczne przedmiotu (course contents) Course contents A. Lecture issues A1. Designing elements and joints of combined steel-concrete constructions according to PN-EN A2. Designing plates A3. Designing beams A4. Designing posts A5. Designing joints A6. Examples of constructional solutions B. Design classes issues B1. Individual design exercises entitled: "Design of a roof truss" including chosen problems of designing elements of steel constructions and joints concerning load capacity of roof truss girders, load capacity of bended and tensed elements, designing joints, designing chosen screwed and welded joints. B2. Presentation of electronic calculation techniques with use of engineering computer programs: Mathcad, Autodesk Robot, Femap/Nastran.

3 II.B.13 Metody oceny (assessment methods) Form and method of getting credits, basic criterions of assessment or examination requirements A. Method of getting credits examination doing a design exercise for a grade B. Forms of getting credits written exam with open questions and problems / longer written work oral exam final work: preparing a design exercise including chosen constructional problems design exercise defense, confirming independence of work and learning the course contents concerning the design exercise C. Basic criterions knowledge of lecture contents and ability to solve chosen constructional problems ability to implement calculation principles according to PN-EN 1993 for chosen construction elements and combining them in a design exercise

4 II.B.14 Spis zalecanych lektur (recommended reading) Recommended reading A. Reading required for getting final credits (passing an exam): A.1. used during classes A1.1 Kucharczuk W., Labocha S. : Konstrukcje metalowe, Konspekt wykładów autorskich, Praca złożona do druku w Polskim Wydawnictwie Technicznym w Rzeszowie (being worked out) A1.2 Kucharczuk W., Labocha S.: Konstrukcje zespolone stalowo-betonowe budynków. Arkady, Warszawa 2007 A1.3 Praca zbiorowa pod kierunkiem M. Giżejowskiego i J. Ziółko: Budownictwo ogólne tom 5. Stalowe konstrukcje budynków projektowanie według Eurokodów z przykładami obliczeń. Arkady, Warszawa 2010 A1.4 Bródka J., Broniewicz M.: Projektowanie konstrukcji stalowych według Eurokodów. Polskie Wydawnictwo Techniczne, Rzeszów 2010 A1.5 Praca zbiorowa pod redakcją A. Kozłowskiego: Konstrukcje stalowe. Przykłady obliczeń według PN-EN Oficyna Wydawnicza Politechniki Rzeszowskiej, Rzeszów 2009 A.2. studied by each student individually A2.1 Kucharczuk W.: Zasady sporządzania rysunków stalowych konstrukcji budowlanych. Wydawnictwa Politechniki Częstochowskiej, Częstochowa 2004 A2.2 Bródka J. i inni: Projektowanie i obliczanie połączeń i węzłów konstrukcji stalowych. Tom 1. Polskie Wydawnictwo Techniczne. Rzeszów 2009 A2.3 Bródka J. i inni: Projektowanie i obliczanie połączeń i węzłów konstrukcji stalowych. Tom 2. Polskie Wydawnictwo Techniczne. Rzeszów 2009 A2.4 Łubiński M., Filipowicz A., Żółtowski W.: Konstrukcje metalowe część I. Podstawy projektowania. Arkady, Warszawa 2000 A2.5 Łubiński M., Żółtowski W.: Konstrukcje metalowe część II. Obiekty budowlane. Arkady, Warszawa 2004 A2.6 Bródka J., Broniewicz M.: Konstrukcje stalowe z rur. Arkady, Warszawa 2001 B. Supplementary reading B1. Johnson R.P.: Composite Structures of

5 Steel and Concrete: Beams, Columns, Frames and Applications in Buildings, 3rd edn. Blackwell, Oxford 2004 B2. Johnson R.P., Anderson D.: Designers' guide to EN Eurocode 4: Design of composite steel and concrete structures. Part 1.1: General rules and rules for buildings.. Thomas Telford Ltd 2004 B3. Gardner L., Nethercot D.: Designers' Guide to EN Eurocode 3: Design of Steel Structures: General Rules and Rules for Buildings. Thomas Telford Ltd 2005 B4 Simões da Silva L., Simões R., Gervásio H.: Design of Steel Structures. Eurocode 3: Design of Steel Structures Part 1-1 General rules and rules for buildings. ECCS, Ernst & Sohn 2010 B5. Boissonnade N., Greiner R., Jaspart J.P., Lindner J.: Rules for member stability in EN Background documentation and design guidelines. ECCS 2006