University of Zagreb. Faculty of Agriculture. Department of Ornamental Plants, Landscape Architecture and Garden Art.
Abstract
Petlja Držićeva-Slavonska jedno je od važnijih raskrižja i ulaza u grad Zagreb koje svojom
veličinom i značajem dominira prostorom. Ovim radom ponuđeno je idejno rješenje prostora
oko petlje koji se trenutno pasivno koriste te nisu adekvatno oblikovani, čime se prostoru
pridaje novi vizualni identitet. Nakon izvršenog mjerenja i analiza prostora, projektom je
ponuđeno rješenje kontinuiranog i sigurnijeg pješačkog, bicikilističkog i ostalog prometa. Kako
bi prostor oko petlje bio što ugodniji, ponuđeni su sadržaji poput dječjeg igrališta, vodenih
površina, skate parka i sl. Pri projektiranju su korištene denivelacije terena (prikazane 3D
prikazima i presjecima), biljke raznih morfologija te ostali krajobrazni elementi kako bi se
smanjio utjecaj buke s prometnice i povećala sigurnost korisnika. Koncept je osmišljen kao
energetski samodostatan koristeći obnovljive izvore energije te implementiranjem sustava
prikupljanja i pročišćavanja oborinskih voda.The interchange Držićeva-Slavonska is one of the most important intersections and one of the
most important entrancesto the city of Zagreb and because of it's size and significance it
dominates the space. This work provides conceptual solutions of the space near the pike and
it gives it a new visual identity. The space near the pike is currently passively used and it's not
adequately shaped. After the measurement and spatial analysis, the project offers the solution
of a continuous and safer pedestrian, bicycling and other traffic. In order to make space
around the pike as pleasant as possible, facilities such as children's playgrounds, water
surfaces and skate parks were offered. During the design, terrain denunciation (which are
shown in 3D views and sections), plants of various morphologies and other landscape
elements were used to reduce the noise impact of the road and to increase users safety. The
concept is designed as an energy self-sufficient using renewable energy sources and by
implementing a system for collecting and purifying rainwater