50 profitability, but without this implying the loss of the character and original construction system. For this, it would be important to explore new uses, whose adaptation needs were not so far from those of the original use of the building. The objective of this brief investigation, given this alarming situation (which is also aggravated by the conservation problems linked to climate change), focuses on the study of a series of proposed criteria to study the possible consequences and the level adaptation of possible future uses for these buildings. The objective of this brief investigation, given this alarming situation (which is also aggravated by the conservation problems linked to climate change), focuses on the study of a series of proposed criteria to study the possible consequences and the level adaptation of possible future uses for these buildings. [OVERVIEW OF CLIMATIC PARAMETERS AND COMFORT ISSUES] Trondheim “historical” climate and climate change In Trondheim (coordinates: 63,430-degree latitude & 10,395-degree longitude)the summers are cool, wet, and mostly cloudy and the winters are long, freezing, snowy, and overcast. Trondheim is located near a large body of water (e.g., ocean, sea, or fiord). Temperature Over the course of the year, the temperature typically varies from -5°C to 18°C and is rarely below -13°C or above 25°C (Table 1). season average temperature warm (from June to September) 15°C July (hottest month): high average = 18°C VS low average = 11°C cold (from November to March) 4°C January (coldest month): high average = 1°C S low average = -4°C Table 1 – average temperature in warm and cold seasons Average water temperature experiences some seasonal variations over the course of the year (Table 2).
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