course aims in Estonian
Anda ülevaade ehitusgeodeetiliste tööde tehnoloogiast ning täpsusnõuetest hoone maapealse osa rajamisel, lisaks veel nii kognitiivsed kui praktilised oskused nende tööde sooritamiseks.
course aims in English
To review the technology and required accuracy for surveying the above-ground building and provide cognitive and practical skills to execute them.
learning outcomes in the course in Est.
1. Kirjeldab ja praktiseerib geodeetilisi töid ühe-korruseliste tööstus- ja laohoonete ehitamisel ja kavandab mõõtmiste täpsust;
2. Kirjeldab ja praktiseerib geodeetilisi töid kraana-teede rajamisel ning kavandab mõõtmiste täpsust;
3. Kirjeldab geodeetilisi töid mitmekorruseliste monteeritavate karkassehitiste rajamisel ja kavandab mõõtmiste täpsust;
4. kirjeldab geodeetilisi töid mitmekorruseliste monoliitbetoon-, kivi- ja suurpaneelehitiste maapealse osa rajamisel ning kavandab mõõtmiste täpsust;
5. Kirjeldab geodeetiliste tööde iseärasusi kõrgehitiste rajamisel.
learning outcomes in the course in Eng.
1. Describes and practices surveying during construction of single-storey industrial buildings and warehouses and the accuracy of the required measurements;
2. Describes and practices surveying during construction of bridge-crane runway (top-riding and under-running cranes) and the accuracy of the required measurements;
3. Describes surveying during construction of multi-storey prefabricated skeleton buildings and determines the accuracy of the required measurements;
4. Describes surveying during construction multi-storey concrete cast-in-situ, brickwork and large-panel buildings and determines the accuracy of the measurements.
5. Describes features of surveying during the construction of high-rise buildings.
brief description of the course in Estonian
Geodeetilised tööd tööstus- ja tsiviilhoonete, monteeritavate, monoliitbetoon-, kivi- ja suurpaneelhoonete maapealse osa rajamisel, sh ülevaade varasematest mõõtmismeetoditest. Geodeetilised tööd sild- ja rippkraanateede ning liftišahtide ehitusel. Kõrgehitiste geodeetiliste tööde eripära.
Arvutustööd:
1. Kraanatee optimaalsete telgede arvutus;
2. Montaažihorisondi geodeetilise aluspunkti vastulõike abil määramise täpsushinnang, arvestades lähtepunktide vigu.
3. Arvutused liftišahti elementide teostus-mõõdistamisel vertikaalviseerimise abil;
4. Tornitüüpi ehitise kalde arvutus vajumisvaatluste andmete alusel.
Laboratoorsed tööd:
1. Postide alumise lõike teostusmõõdistamine kahe erineva meetodiga;
2. Postide vertikaalsuse teostusmõõdistamine kuni viie erineva meetodiga;
3. Sildkraana mõõdistamise imiteerimine maapealsel rööbasteel;
4. Talakraana teostusmõõdistamine
brief description of the course in English
Surveying for the above-ground construction of the following industrial (among this warehouses) and civil buildings: brickwork and prefabricated skeleton, cast-in-situ and large-panel concrete constructions (among this review about previous methods). Surveying at the construction of bridge-crane and beam crane runway and elevator shafts. Surveying for high-rise constructions.
Computation assignments:
1. Estimation of bridge-crane runway optimum axes;
2. Accuracy estimation of geodetic control on erection floor. (The control point is measured by means of distance/angular resection and accuracy estimation have take into consideration errors of the main base);
3. Computations on the occasion of the elevator shaft as-built surveying by means of the precision zenith lot;
4. Computation of the tower slant by means of the settlement measurements results.
Laboratory works:
1. As-built surveying of column lower section by means of 3 different methods;
2. As-built surveying of column vertical position by means of 5 different methods;
type of assessment in Estonian
Hindeline kirjalik eksam koosneb teoreetilistest küsimustest ja praktilistest ülesannetest. Hinne (0 kuni 5) oleneb vastuse põhjalikkusest ja täpsusest.
type of assessment in English
The written final exam comprises of practical computations and theoretical questions. The grade (0 to 5) of the exam depends on the adequacy of the answers.
independent study in Estonian
Iseseisev töö on vajalik igaks loenguks ning praktikumiks valmistumisel, aga ka koduste tööde tegemisel ning eksamiks valmistumisel.
independent study in English
Independent study is required for participation in lectures and laboratory classes, also for completing home assignments and preparing for the final exam.
study literature
Kala, V. (2008). Ehitusgeodeesia. Tallinn: Tallinna Tehnikaülikooli Kirjastus.
study forms and load
daytime study: weekly hours
4.0
session-based study work load (in a semester):