A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Varijante određivanja ugljičnog otiska građevinske proizvodnje ; Variants of determining the construction production carbon footprint
Cilj ovog rada jest odrediti ugljični otisak gradnje po kubnom metru izgrađenog volumena zgrade. Za određivanje ugljičnog otiska odabrano je pet tipskih samostojećih kuća. One imaju ista materijalna svojstva, no razlikuju se po volumenu i izgrađenoj površini. Za određivanje ugljičnog otiska tijekom gradnje samostojećih kuća primijenjen je računalni program LCA (engl. Life Cyle Assesment - LCA). Na temelju tih izračuna određen je indikator proračuna po kubnom metru izgrađenog volumena građevine. ; The aim of the paper is to quantify the construction production carbon footprint per m3 of the built-up volume of the building. In order to determine the carbon footprint, 5 typical detached houses were selected. The individual buildings have the same material-construction characteristics; however, they differ in the size of the built-up volume, i.e. also in the built-up area. The LCA software was used to quantify the carbon footprint during the production phase of the model houses project. A budget indicator per m3 of the built-up volume was determined based on these calculations.
Varijante određivanja ugljičnog otiska građevinske proizvodnje ; Variants of determining the construction production carbon footprint
Cilj ovog rada jest odrediti ugljični otisak gradnje po kubnom metru izgrađenog volumena zgrade. Za određivanje ugljičnog otiska odabrano je pet tipskih samostojećih kuća. One imaju ista materijalna svojstva, no razlikuju se po volumenu i izgrađenoj površini. Za određivanje ugljičnog otiska tijekom gradnje samostojećih kuća primijenjen je računalni program LCA (engl. Life Cyle Assesment - LCA). Na temelju tih izračuna određen je indikator proračuna po kubnom metru izgrađenog volumena građevine. ; The aim of the paper is to quantify the construction production carbon footprint per m3 of the built-up volume of the building. In order to determine the carbon footprint, 5 typical detached houses were selected. The individual buildings have the same material-construction characteristics; however, they differ in the size of the built-up volume, i.e. also in the built-up area. The LCA software was used to quantify the carbon footprint during the production phase of the model houses project. A budget indicator per m3 of the built-up volume was determined based on these calculations.
Varijante određivanja ugljičnog otiska građevinske proizvodnje ; Variants of determining the construction production carbon footprint
Krejza, Zdenek (author) / Kocourkova, Gabriela (author) / Vankova, Lucie (author) / Sebestova, Michaela (author)
2023-01-01
Građevinar ; ISSN 0350-2465 (Print) ; ISSN 1333-9095 (Online) ; Volume 75 ; Issue 03.
Article (Journal)
Electronic Resource
English , Croatian
DDC:
690
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