ISSUE 26



Kyiv National University of Construction and Architecture (KNUCA)

Logo OpenAccess

VENTYLIATSIIA, OSVITLENNIA TA TEPLOHAZOPOSTACHANNIA

scientific and technical collection

Download Full text of the article in pdf

Back to issue 26, 2018

D. Khokhriakova, PhD., Associate Professor. Donbas National Academy of Civil Engineering and Architecture, Kramatorsk, Ukraine, d.o.khokhriakova@donnaba.edu.ua
G. Shamrina, PhD., Associate Professor. Donbas National Academy of Civil Engineering and Architecture, Kramatorsk, Ukraine, g.v.shamrina@donnaba.edu.ua
E. Dmytrochenkova, PhD., Associate Professor. Kiev National University of Construction and Architecture, Kyiv, Ukraine, Elladmitrochenkova@gmail.com


Determination of Technical and Economic Indicators of Energy Efficient External Frame-Sheathing Walls Using AQUAPANEL®OUTDOOR Plates


Abstract. When designing external fencing constructions for buildings of various purposes (industrial, residential and public), both thermal and technical characteristics of structures and technical and economic indicators (TEP) play a very important role, which includes the complexity and cost of arranging these structures in different temperature zones. The scope of research was limited to four constructive solutions of prefabricated systems of external walls. The structure of each design included KNAUF cement and mineral plates AQUAPANEL® Cement Board OUTDOOR. The calculations of the resistance of the heat transfer of the prefabricated systems and their respective technical and economic parameters were carried out for a blind wall area of 2.7 m x 6 m with the 400 m step of the stack profile. The determination of the TEP was performed on the basis of preliminary studies of prefabricated systems on the conformity of their heat engineering indicators with the requirements current normative documents. As a result of the conducted research, it was established that for industrial (agricultural) buildings for I and II temperature zones according to the criteria of labor intensity and cost of performance of works the variant with a single-row arrangement of steel profiles Steelco PS 150/278/0,7 without an internal horizontal profile is effective; for residential and public buildings for the I temperature zone, according to the criteria of labor and cost of work, an effective variant with a single-row arrangement of steel profiles Steelco PS 150/278/ 0.7 with an internal horizontal Z-shaped profile Steelco PZu-0,1 80/0,7; for residential and public buildings for the I temperature zone, according to the criteria of labor and cost of work, an effective variant with a single-row arrangement of steel profiles Steelco PS 150/278/0.7 with an internal horizontal Z-shaped profile Steelco PZu-0,1 80/0,7.


Key words: AQUAPANEL®Cement Board Outdoor, prefabricated system, thermal characteristics, reduced resistance to heat transfer, technical and economic indicators


Refernces (MLA)


  1. Shаmrinа G. V., Khоkhriakovа D. А., Тimоfeev М. V. "Коmplеktnаia sistemа KNАUF nа оsnоvе tsеmеntnykh plit Aquapanel®Оutdoor i pеrspektivy ее primeneniia v Ukrainе." Еnеrhоеfеktyvnist v budivnytstvі tа аrkhitekturі: Naukovo-tekhnichnyi zbirnyk, Iss. 9, Kyiv National University of Construction and Architecture, 2017, pp. 243- 248.
  2. Теplоvа іzоliatsiia budivel. DBN V.2.6-31:2016, Ukrarkhbudinform, 2017.
  3. Nаstаnоvа z rоzrаkhunkovoi оtsіnky pоvіtrоprоnyknosti оhоrоdzhuvаlnykh kоnstruktsii DSТU-N B V.2.6-191:2013, Ukrarkhbudinform, 2014.
  4. European Technical Approval. ETA 13/0312. Kits para los Sistemas de fachada AQUAPANEL® WM111.C; WM211.C; WM311.C; WM411.C; WM111.G; WM211.G; WM311.G; WM411.G. Kits para sistemas de paredes exteriores no portantes con paneles de origen mineral, Av. Manoteras 10. Edificio C, planta 3. ES-28050, Madrid, 2013,
  5. Меtоdy vyboru tеplоіzоliatsiinohо materialu dlia uteplennia budivel. DSТU B V.2.6-189:2013, Ukrarkhbudinform, 2014.
  6. Rеsursnі еlеmеntnі kоshtоrysnі nоrmy nа budivelni rоbоty. Dеrеvianі kоnstruktsii (Zbіrnyk 10). DSТU B D.2.2-10:2012, Ukrarkhbudinform, 2013.
  7. Rеsursnі еlеmеntnі kоshtоrysnі nоrmy nа budivelni rоbоty. Spоrudy zviazku, rаdіоmоvlеnnia і tеlеbаchеnnia (Zbіrnyk 34). DSТU B D.2.2-34:2012, Ukrarkhbudinform, 2012.
  8. Rеsursnі еlеmеntnі kоshtоrysnі nоrmy nа budivelni rоbоty. Теplоіzоliatsiini rоbоty (Zbіrnyk 26). DSТU B D.2.2-26:2016, Ukrarkhbudinform, 2016.