Concrete Structures II
BASIC DATA
course listing
A - main register
course code
EEK5012
course title in Estonian
Betoonkonstruktsioonid II
course title in English
Concrete Structures II
course volume CP
-
ECTS credits
6.00
to be declared
yes
assessment form
Examination
teaching semester
autumn
language of instruction
Estonian
English
Prerequisite(s)
Prerequisite 1
Concrete Structures I (EEK5011)The course is a prerequisite
Study programmes that contain the course
Structural units teaching the course
EA - Department of Civil Engineering and Architecture
Timetable link
Version:
VERSION SPECIFIC DATA
course aims in Estonian
Anda põhiteadmised:
- betoonelementide kasutuspiirseisundite arvutamiseks;
- pingebetoonelementide projekteerimiseks;
- betoonist hoonekonstruktsioonide ja insenerirajatiste projekteerimiseks.
- betoonelementide kasutuspiirseisundite arvutamiseks;
- pingebetoonelementide projekteerimiseks;
- betoonist hoonekonstruktsioonide ja insenerirajatiste projekteerimiseks.
course aims in English
To give basic knowledge for:
- calculation of serviceability limit states of concrete structures;
- design of prestressed concrete structures;
- design of building structures and civil engineering works.
- calculation of serviceability limit states of concrete structures;
- design of prestressed concrete structures;
- design of building structures and civil engineering works.
learning outcomes in the course in Est.
Aine läbinud üliõpilane:
- oskab arvutada betoonkonstruktsioonide kasutuspiirseisundeid;
- oskab arvutada pingebetoonist konstruktsioonielementide tugevus- ja kasutuspiirseisundeid;
- projekteerib hoonete ja rajatiste betoonist kandekonstruktsioonide.
- oskab arvutada betoonkonstruktsioonide kasutuspiirseisundeid;
- oskab arvutada pingebetoonist konstruktsioonielementide tugevus- ja kasutuspiirseisundeid;
- projekteerib hoonete ja rajatiste betoonist kandekonstruktsioonide.
learning outcomes in the course in Eng.
Student having passed the course:
- is able to calculate serviceability limit states of concrete structures;
- is able to calculate ultimate and serviceability limit states of prestressed concrete structures;
- designs concrete structures of buildings and civil engineering works.
- is able to calculate serviceability limit states of concrete structures;
- is able to calculate ultimate and serviceability limit states of prestressed concrete structures;
- designs concrete structures of buildings and civil engineering works.
brief description of the course in Estonian
- Betoonelementide kasutuspiirseisundite järgsed arvutused.
- Pingebetoonelementide arvutamine ja konstrueerimine:
- tugevus- ja deformatsiooniarvutuste alused;
- painutatud, surutud ja tõmmatud pingebetoonelemendi ristlõike tugevusarvutused;
- põikjõukandevõime- ja läbisurumisarvutused;
- kasutuspiirseisundite järgsed arvutused;
- pingebetoonelementide konstrueerimine.
- Ühe- ja mitmekorruseliste hoonete kandekonstruktsioonide arvutamine ja konstrueerimine.
- Insenerrajatiste arvutamine ja konstrueerimine.
- Pingebetoonelementide arvutamine ja konstrueerimine:
- tugevus- ja deformatsiooniarvutuste alused;
- painutatud, surutud ja tõmmatud pingebetoonelemendi ristlõike tugevusarvutused;
- põikjõukandevõime- ja läbisurumisarvutused;
- kasutuspiirseisundite järgsed arvutused;
- pingebetoonelementide konstrueerimine.
- Ühe- ja mitmekorruseliste hoonete kandekonstruktsioonide arvutamine ja konstrueerimine.
- Insenerrajatiste arvutamine ja konstrueerimine.
brief description of the course in English
- Calculation of concrete structures in serviceability limit states.
- Design of prestressed concrete structures:
- basics of strength and deformation calculations;
- cross-section strength calculations of prestressed concrete member subjected to bending, compression or tension;
- shear and punching calculations;
- calculations according to serviceability limit states;
- detailing of prestressed members;
- Design of structures of one and multi-story buildings.
- Design of civil engineering works.
- Design of prestressed concrete structures:
- basics of strength and deformation calculations;
- cross-section strength calculations of prestressed concrete member subjected to bending, compression or tension;
- shear and punching calculations;
- calculations according to serviceability limit states;
- detailing of prestressed members;
- Design of structures of one and multi-story buildings.
- Design of civil engineering works.
type of assessment in Estonian
Eksam
type of assessment in English
Exam
independent study in Estonian
Loengutel esitatava (internetis olevas loengukonspektis oleva) materjali äraõppimine
independent study in English
Study the course topics from lecture notes
study literature
V.Otsmaa, Betoonkonstruktsioonide arvutamine, õpik kõrgkoolidele, Tallinn 2014
V.Otsmaa, J.Pello, Betoonkonstruktsioonid II, loengukonspekt internetis
V.Otsmaa, J.Pello, Betoonkonstruktsioonid II, loengukonspekt internetis
study forms and load
daytime study: weekly hours
4.0
session-based study work load (in a semester):
lectures
2.5
lectures
1.0
practices
1.5
practices
-
exercises
0.0
exercises
-
lecturer in charge
-
LECTURER SYLLABUS INFO
semester of studies
teaching lecturer / unit
language of instruction
Extended syllabus
2025/2026 autumn