Trepopnoea due to aneurysm of the descending thoracic aorta compressing the heart: an unusual occurrence

Energetski pregled zgrade služi za prikupljanje podataka s ciljem utvrđivanja učinkovitosti i/ili neučinkovitosti potrošnje energije i vode te donošenja zaključaka i preporuka za poboljšanje energetske učinkovitosti. Analizom prikupljenih podataka odabiru se konkretne ekološke i energetske optimalne mjere za poboljšanje energetskih svojstava zgrade te mjere nužne za zadovoljavanje minimalnih tehničkih uvjeta. Sve predložene mjere moraju biti u skladu s hrvatskim propisima te normama. Za postizanje i održavanje toplinske ugodnosti potrebno je nadoknaditi sve toplinske gubitke (transmisijske i ventilacijske) a istodobno potrošiti što manje energije. Transmisijski gubici direktno su ovisni o gradbenim materijalima vanjske ovojnice zgrade odnosno vrijednosti koeficijenta prolaska topline. Stoga je u ovom radu izvršena analiza koeficijenta prolaske topline, troškova gradbenih materijala i potrebne energije za grijanje.An energy audit of a building is used to collect data with determination and / or inefficiency of energy and water consumption and to draw conclusions and recommendations for increasing energy costs. By analyzing the data collected, specific environmental and energy optimal measures are selected to improve the energy performance of buildings, which measures are necessary to satisfy the minimum technical requirements. All proposed measures must comply with the Croatian regulations of that standard. In order to achieve and maintain thermal comfort, it is necessary to compensate for all heat losses (transmission and ventilation) while consuming as little energy as possible. Transmission losses are directly dependent on the building materials of the outer envelope of the building or the value of the heat transfer coefficient. Therefore, in this paper, an analysis of the heat transfer coefficient, the cost of building materials and the energy required for heating was performed