Metal constructions

II.B.1
II.B.2
II.B.3
II.B.4
II.B.5
II.B.6
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II.B.8
II.B.9
Nazwa przedmiotu
(course title)
Metal constructions
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)
Język wykładowy
(language of instruction)
Imię i nazwisko wykładowcy
(name of lecturer)
Course status
• compulsory
L-30 , D-15
Knowledge
Student has the basic knowledge of using metal
constructions in civil engineering. Student
recognizes properties of steel, aluminum alloys
and combined steel-concrete constructions.
Student knows the assortment of steel products.
Student differentiates and can classify crosssections of steel elements. Student knows basic
principles of designing elements and joints of
steel constructions included in PN-EN 1993-1-1
and PN-EN 1993-1-8 standards. Student
recognizes possible forms of stability loss occuring
in steel constructions.
Abilities
Student can use requirements and
recommendations of PN-EN 1993-1-1 and PN-EN
1993-1-8 standards to design or verify load
capacity of simple construction elements.
Student knows basic principles of joint forming in
steel constructions and is able to design or verify
load capacity of simple lap screwed or welded
joints.
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.5
• lecture – 2ECTS
• design – 3ECTS
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.
english
Specification of introductory courses
together with prerequisites
II.B.10
Wymagania wstępne
A. Formal requirements
A1. Theoretical mechanics
A2. Strength of materials
A3. Theory of structures
A4. General civil engineering
A5. Foundation engineering
A6. Technical drawing
(prerequisites)
B. Prerequisites
B1. Knowledge of structural mechanics and
civil engineering rudiments
B2. Knowledge of computer recording of
building constructions
B3. Knowledge of electronic calculation
techniques
Objectives of the 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)
O1. Familiarizing a student with a range of
applying metal constructions, including the
ones of steel, aluminum alloys and combined
steel-concrete in general civil engineering
O2. Presenting basic properties of metal
constructions
O3. Presenting the rudiments of designing the
elements of steel constructions and
combining them according to the
requirements of PN-EN 1993 series standards
Course contents
II.B.12
Treści merytoryczne przedmiotu
(course contents)
A. Lecture issues
A1. Properties of steel, aluminum alloys and
combined steel-concrete constructions
A2. Rudiments of analysing and designing steel
constructions according to PN-EN 1990 and PN-EN
1993
A3. Designing elements and steel construction
joints according to PN-EN 1993-1-1 and PN-EN
1993-1-8
A4. Classification of sections in steel
constructions
A5. Chosen problems of designing beams,
trusses, posts and bracings
A6. Chosen problems of designing screwed
joints and welded joints
B. Design classes issues
B1. Individual design exercises entitled: "Design
of a platform bearing pad" including chosen
problems of designing construction elements
and joints concerning load capacity of bended
elements protected against skewing, axially
compressed posts, nominally articulated lap
screwed joints and fillet welded joints
B2. Presentation of electronic calculation
techniques using engineering computer
programs: Mathcad, Autodesk Robot,
Femap/Nastran.
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 construction issues
• 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 simple constructional problems
ability to implement calculation principles
according to PN-EN 1993 for chosen
construction elements and combining them in
a design exercise
Recommended reading
II.B.14
Spis zalecanych lektur
(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 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
A1.3 Bródka J., Broniewicz M.:
Projektowanie konstrukcji stalowych
według Eurokodów. Polskie Wydawnictwo
Techniczne, Rzeszów 2010
A1.4 Praca zbiorowa pod redakcją A.
Kozłowskiego: Konstrukcje stalowe.
Przykłady obliczeń według PN-EN 1993-1.
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
B. Supplementary reading
B1 Gardner L., Nethercot D.: Designers'
Guide to EN 1993-1-1 Eurocode 3: Design
of Steel Structures: General Rules and
Rules for Buildings. Thomas Telford Ltd
2005
B2 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