Engelska Studiehandboken kurser

Dept. of Civil and Mining Engineering

ABS008 Structural Engineering II 6.0 ECTS credits

DENNA SIDA FINNS OCKSÅ PÅ SVENSKA

General information about studying at Luleå university

TIMEPERIOD: Q I


LANGUAGE: English/Swedish

EXAMINER
Ove Lagerqvist Univ lekt


PREREQUISITES
ABB006 Structural Mechanics, ABB007 Structural Mechanics II and ABS006 Structural Engineering.

COURSE AIM
The scope of the course is to give basic knowledge concerning design of steel structures and concrete slabs for houses and industrial buildings. The student shall after participating in the course have obtained understanding in how to design ordinary structural elements as steel beams, steel columns, bolted and welded connections as well as concrete slabs.

CONTENTS
Steel Structures (75%): Design of steel structures for houses and industrial buildings Material and product standards, design codes (BKR and BSK 94) Columns in compression and tension bars Elastic and plastic behaviour of beams Instability, local buckling, column buckling and lateral-torsional buckling, cross section classes, interaction between bending and shear and bending and compression Static theorem in plastic analysis, plastic hinge analysis of beams Welded connections, welding techniques, weld materials, design of welds in static loading Bolted connections, products, design of bolted connections in static loading Concrete Structures (25%): Understanding in load action of concrete slabs (for instance in ordinary housing and office buildings) Analysis and estimation of bending and axial forces Design of necessary thickness, reinforcement and calculation of load capacity in views of different methods; yield line theory, strip method, and simplified usage of tables, creation of drawings of reinforcement. ASSIGNMENTS Steel structures: The students shall design a steel structure for a one storey industrial building including columns, beams, welded and bolted connections. For approval, the assignment should be presented with calculations as well as drawings. Concrete structures: The task is to design a concrete slab in accordance with the different methods presented in the course and to produce a drawing of reinforcement. Comparision between different methods. LABORATIONS Steel structures: The students shall design and produce a welded connection (fillet welds). The connection is loaded to failure and the result is compared with the theorethical resistance. Concrete structures: The students shall produce a reinforced concrete slab. The slab is thereafter loaded until failure. The experimental capacity with the theorethical value.

TEACHING
The course is given in the form of lectures, assignments and laborations.

EXAMINATION
Grades of acceptance for the course: 3, 4, 5 Acceptance of the course requires accepted written exam as well as accepted assignments and laborations.
COURSE GRADE SCALE:

ITEMS/CREDITS

Project work                                                	0.7ECTS
Laboratory work                                             	0.7ECTS
Written exam                                                	4.5ECTS

COURSE LITTERATURE
Steel structures: Boverkets handbok för Stålkonstruktioner, BSK 94, Stockholm 1993 Lärobok i Stålbyggnad, Publikation 130, juni 1993, Stålbyggnadsinstitutet Räkneexempel Stål, Skrift 88:04, Avd för Stålbyggnad, LuTH Copies of codes, materials for assignments and laborations Concrete structures: Betonghandbok Konstruktion, Svensk Byggtjänst 1991 Hillerborg A., chosen parts from: Strip Method - Design handbook, Chapman & Hall, London Emborg M., Betongplattor, lecture notes, Avd för Konstruktionsteknik, LuTH Copies of codes, materials for assignments and laborations

REMARKS

Last modified : 97-06-05 by Jan Lindberg
Further information: Ove Lagerqvist

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