96 research outputs found
Rad na ulozi Sarah u predstavi "Ljubavnik"
No full textDjelo Harolda Pintera Ljubavnik zaživjelo je kao diplomska predstava Gordana Marijanovića i Matee Bublić pod mentorstvom doc. art. Jasmina Novljakovića na Akademiji za umjetnost i kulturu u Osijeku na odsjeku za kazališnu umjetnost, smjer gluma i lutkarstvo. U ovom diplomskom radu Matea opisuje proces rada na diplomskoj predstavi koji uključuje rad na tekstu, rad u prostoru te rad na ulozi. Na početku ukratko iznosi činjenice o autoru i djelu nakon čega kronološki navodi faze rada unutar kojih opisuje proces svojeg glumačkog istraživanja i spoznajne činjenice o utvrđenom znanju. Kroz sva poglavlja čitatelja upoznaje s režijskim konceptom predstave, opisuje mu scenografiju, kostimografiju i rekvizite te mu približava karakter predstave. Svoj diplomski rad Matea zaokružuje spoznajom i iznošenjem činjenica o stečenom znanju kroz petogodišnje studiranje te svojom idejom o karakteristikama koje čine kvalitetnog glumca.Drama „Lover“ by Harold Pinter was set on the scene as a final exam of Gordan Marijanović and Matea Bublić, mentored by assist. prof. art. Jasmin Novljaković and produced by Academy for art and culture in Osijek under the Department of Theatre Arts, study of acting and puppetry. In this written thesis Matea is describing the working process on the final exam which is consisted of chapters which are talking about: working on the text, working on the scene and creating a role. On the beginning she is writing about author and drama, chronologically describes the working phases and analyse process of acting reaserch. Through all chapters Matea introduces the reader to the concept of the play, describes the scenography, costumography and tries to bring the character of the play closer to the reader. She is concluding her written thesis by bringing the facts about acquired knowledge through the study and sharing her opinion about characteristics of a good actor
RAD NA PREDSTAVI PLETI MI, DUŠO, SEVDAH
No full textU ovom pisanom diplomskom radu, Matea Bublić opisuje proces rada na ispitnoj predstavi „Pleti mi, dušo, sevdah“ koja je nastala u produkciji Akademije za umjetnost i kulturu u Osijeku pod mentorstvom doc. art. Tamare Kučinović i doc. ArtD. Maje Lučić Vuković. Na početku iznosi činjenice o nastanku projekta, a prije detaljnog opisa procesa rada, upoznaje nas s povijesnim i kulturološkim činjenicama koje su bitne za shvaćanje odabira sevdaha kao inspiracije za stvaranje predstave. U centralnom dijelu svojeg rada autorica kronološki opisuje faze rada koje uključuju: istraživanje, odabir pjesama, lutkarske tehnologije, animaciju, glazbenu adaptaciju, izradu scenografije i dramaturgiju predstave. Svoj diplomski rad zaključuje iznošenjem činjenica o prednosti lutkarstva kao multimedijske umjetnosti, te prednosti lutkara uz sve vještine koje posjeduje.In this written thesis Matea Bublić is describing the working process on the play „Knitt, my soul, a love song“, which was produced by Academy for art and culture in Osijek and mentored by Assist. Prof. Tamara Kučinović and Assist. Prof. Maja Lučić Vuković Art.D. On the beginning she is bringing the facts about the project and introducing the reader with historical and cultural information which are important for understanding sevdah as a source of inspiration. In the middle part of this written thesis author is chronologically describing the working phases which are consisted of: research, selection of the songs, puppet technology, animation, music adaptation, making of scenography and dramaturgy of the play. She is concluding by bringing the facts which are affirming the puppetry as a multimedial art form and asserting all advantages that puppeteers possess
Radionuclides in the environment
No full textRadionuklidi su radioaktivni izotopi pojedinih kemijskih elemenata. U radu se
prikazuje pojava radionuklida u okolišu. Objašnjena je osnovna podjela radioaktivnog
zračenja. Proučen je doprinos prirodnih i antropogenih izvora zračenja prosječnoj
godišnjoj dozi ozračenja. Obrađen je i objašnjen postupak zbrinjavanja radioaktivnog
otpada, uz mjere zaštite od radioaktivnog zračenjaRadionuclides are radioactive isotopes of certain chemical elements. The paper
describes the phenomenon of radionuclides in the environment. The main categories of
radiation are explained. The contribution of natural and anthropogenic sources of
radiation towards the average annual radiation dose is examined. The process of
radioactive waste management is described, as are the measures of protection against
radiation
Radionuclides in the environment
No full textRadionuklidi su radioaktivni izotopi pojedinih kemijskih elemenata. U radu se
prikazuje pojava radionuklida u okolišu. Objašnjena je osnovna podjela radioaktivnog
zračenja. Proučen je doprinos prirodnih i antropogenih izvora zračenja prosječnoj
godišnjoj dozi ozračenja. Obrađen je i objašnjen postupak zbrinjavanja radioaktivnog
otpada, uz mjere zaštite od radioaktivnog zračenjaRadionuclides are radioactive isotopes of certain chemical elements. The paper
describes the phenomenon of radionuclides in the environment. The main categories of
radiation are explained. The contribution of natural and anthropogenic sources of
radiation towards the average annual radiation dose is examined. The process of
radioactive waste management is described, as are the measures of protection against
radiation
CHANGES IN THE QUALITY OF FRESH MILK ON THE FAMILY FARM "POKAS" DURING TWO YEARS
No full textRad ne sadrži sažetak
Application of DHM approaches for improving product ergonomics
No full textU ovom radu obrađena je primjena Digital Human Modeling (DHM) postupaka u unaprjeđenju ergonomije proizvoda. Opisane su različite metode ergonomske procjene, njihova izvedba te nekoliko DHM programa s njihovim karakteristikama. Nakon toga, provedene su ručne ergonomske analize i analize pomoću programa Santos i CATIA na modelima sjedala trkaćih automobila. Podaci i parametri prikupljeni iz četiri studije korišteni su za ostvarivanje usporedbe.
Usporedba DHM i ručnih metoda na primjeru sjedala formule ima za cilj prikazati njihove prednosti i mogućnosti te procijeniti njihovu korisnost u konstrukcijskom procesu. DHM programi omogućuj simulacije interakcije čovjeka s proizvodom, unapređujući ili evaluirajući proizvod iz perspektive ljudske upotrebe. Razvoj računalne tehnologije sredinom 20. stoljeća omogućio je stvaranje digitalnih modela proizvoda i okoline, olakšavajući realistične simulacije položaja, kretanja te interakcije s okolinom.
Ručne metode, poput RULA i REBA metode za ergonomske procjene, pružaju validaciju ergonomije u stvarnim radnim okruženjima, dok DHM programi omogućuju prediktivne procjene ergonomije tijekom faza konstrukcije. Ove metode zajedno doprinose cjelovitoj evaluaciji ergonomskih karakteristika proizvoda, potičući iterativno usavršavanje konstrukcije i optimizaciju ergonomije u virtualnom prostoru.This paper deals with the application of Digital Human Modeling (DHM) procedures in the improvement of product ergonomics. Different methods of ergonomic assessment, their performance and several DHM programs with their characteristics are described. After that, manual ergonomic analyzes and analyzes using the Santos and CATIA programs were carried out on race car seat models. Data and parameters collected from four studies were used to make the comparison.
The comparison of DHM and manual methods on the example of a formula seat aims to show their advantages and possibilities and to evaluate their usefulness in the construction process. DHM programs enable the simulation of human interaction with the product, improving or evaluating the product from the perspective of human use. The development of computer technologies in the middle of the 20th century enabled the creation of digital models of products and the environment, facilitating realistic simulations of position, movement and interaction with the environment.
Manual methods, such as RULA and REBA methods for ergonomic assessments, provide validation of ergonomics in real work environments, while DHM programs enable predictive assessments of ergonomics during the construction phase. Together, these methods contribute to a complete evaluation of the ergonomic characteristics of the product, encouraging iterative improvement of constructions and optimization of ergonomics in the virtual space
Radionuclides in the environment
No full textRadionuklidi su radioaktivni izotopi pojedinih kemijskih elemenata. U radu se
prikazuje pojava radionuklida u okolišu. Objašnjena je osnovna podjela radioaktivnog
zračenja. Proučen je doprinos prirodnih i antropogenih izvora zračenja prosječnoj
godišnjoj dozi ozračenja. Obrađen je i objašnjen postupak zbrinjavanja radioaktivnog
otpada, uz mjere zaštite od radioaktivnog zračenjaRadionuclides are radioactive isotopes of certain chemical elements. The paper
describes the phenomenon of radionuclides in the environment. The main categories of
radiation are explained. The contribution of natural and anthropogenic sources of
radiation towards the average annual radiation dose is examined. The process of
radioactive waste management is described, as are the measures of protection against
radiation
Application of DHM approaches for improving product ergonomics
No full textU ovom radu obrađena je primjena Digital Human Modeling (DHM) postupaka u unaprjeđenju ergonomije proizvoda. Opisane su različite metode ergonomske procjene, njihova izvedba te nekoliko DHM programa s njihovim karakteristikama. Nakon toga, provedene su ručne ergonomske analize i analize pomoću programa Santos i CATIA na modelima sjedala trkaćih automobila. Podaci i parametri prikupljeni iz četiri studije korišteni su za ostvarivanje usporedbe.
Usporedba DHM i ručnih metoda na primjeru sjedala formule ima za cilj prikazati njihove prednosti i mogućnosti te procijeniti njihovu korisnost u konstrukcijskom procesu. DHM programi omogućuj simulacije interakcije čovjeka s proizvodom, unapređujući ili evaluirajući proizvod iz perspektive ljudske upotrebe. Razvoj računalne tehnologije sredinom 20. stoljeća omogućio je stvaranje digitalnih modela proizvoda i okoline, olakšavajući realistične simulacije položaja, kretanja te interakcije s okolinom.
Ručne metode, poput RULA i REBA metode za ergonomske procjene, pružaju validaciju ergonomije u stvarnim radnim okruženjima, dok DHM programi omogućuju prediktivne procjene ergonomije tijekom faza konstrukcije. Ove metode zajedno doprinose cjelovitoj evaluaciji ergonomskih karakteristika proizvoda, potičući iterativno usavršavanje konstrukcije i optimizaciju ergonomije u virtualnom prostoru.This paper deals with the application of Digital Human Modeling (DHM) procedures in the improvement of product ergonomics. Different methods of ergonomic assessment, their performance and several DHM programs with their characteristics are described. After that, manual ergonomic analyzes and analyzes using the Santos and CATIA programs were carried out on race car seat models. Data and parameters collected from four studies were used to make the comparison.
The comparison of DHM and manual methods on the example of a formula seat aims to show their advantages and possibilities and to evaluate their usefulness in the construction process. DHM programs enable the simulation of human interaction with the product, improving or evaluating the product from the perspective of human use. The development of computer technologies in the middle of the 20th century enabled the creation of digital models of products and the environment, facilitating realistic simulations of position, movement and interaction with the environment.
Manual methods, such as RULA and REBA methods for ergonomic assessments, provide validation of ergonomics in real work environments, while DHM programs enable predictive assessments of ergonomics during the construction phase. Together, these methods contribute to a complete evaluation of the ergonomic characteristics of the product, encouraging iterative improvement of constructions and optimization of ergonomics in the virtual space
Application of DHM approaches for improving product ergonomics
No full textU ovom radu obrađena je primjena Digital Human Modeling (DHM) postupaka u unaprjeđenju ergonomije proizvoda. Opisane su različite metode ergonomske procjene, njihova izvedba te nekoliko DHM programa s njihovim karakteristikama. Nakon toga, provedene su ručne ergonomske analize i analize pomoću programa Santos i CATIA na modelima sjedala trkaćih automobila. Podaci i parametri prikupljeni iz četiri studije korišteni su za ostvarivanje usporedbe.
Usporedba DHM i ručnih metoda na primjeru sjedala formule ima za cilj prikazati njihove prednosti i mogućnosti te procijeniti njihovu korisnost u konstrukcijskom procesu. DHM programi omogućuj simulacije interakcije čovjeka s proizvodom, unapređujući ili evaluirajući proizvod iz perspektive ljudske upotrebe. Razvoj računalne tehnologije sredinom 20. stoljeća omogućio je stvaranje digitalnih modela proizvoda i okoline, olakšavajući realistične simulacije položaja, kretanja te interakcije s okolinom.
Ručne metode, poput RULA i REBA metode za ergonomske procjene, pružaju validaciju ergonomije u stvarnim radnim okruženjima, dok DHM programi omogućuju prediktivne procjene ergonomije tijekom faza konstrukcije. Ove metode zajedno doprinose cjelovitoj evaluaciji ergonomskih karakteristika proizvoda, potičući iterativno usavršavanje konstrukcije i optimizaciju ergonomije u virtualnom prostoru.This paper deals with the application of Digital Human Modeling (DHM) procedures in the improvement of product ergonomics. Different methods of ergonomic assessment, their performance and several DHM programs with their characteristics are described. After that, manual ergonomic analyzes and analyzes using the Santos and CATIA programs were carried out on race car seat models. Data and parameters collected from four studies were used to make the comparison.
The comparison of DHM and manual methods on the example of a formula seat aims to show their advantages and possibilities and to evaluate their usefulness in the construction process. DHM programs enable the simulation of human interaction with the product, improving or evaluating the product from the perspective of human use. The development of computer technologies in the middle of the 20th century enabled the creation of digital models of products and the environment, facilitating realistic simulations of position, movement and interaction with the environment.
Manual methods, such as RULA and REBA methods for ergonomic assessments, provide validation of ergonomics in real work environments, while DHM programs enable predictive assessments of ergonomics during the construction phase. Together, these methods contribute to a complete evaluation of the ergonomic characteristics of the product, encouraging iterative improvement of constructions and optimization of ergonomics in the virtual space
CHANGES IN THE QUALITY OF FRESH MILK ON THE FAMILY FARM "POKAS" DURING TWO YEARS
No full textRad ne sadrži sažetak
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