Thermal studies
10/02/2014
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Bioclimatic optimization of the plan
Issues > Designing a volume that optimizes solar gain during the heating season, > Limit the shadows of the project itself effects > Consider the constraints
Issues > Designing a volume that optimizes solar gain during the heating season, > Limit the shadows of the project itself effects > Consider the constraints
Issues > Simulate accurately losses to define areas for improvement (air tightness, thermal bridges, etc..) > Combine all input variables of the building to approximate
Issues > Use sources of natural freshness and maximize convective heat exchange (cross ventilation, stack effect, inertia of the floor and walls, flagstone active,
Issues > Consider ventilation and modes of heat transfer between walls, > Identify all accidents thermal envelope, > Balancing summer comfort (overheating) and visual comfort. Approach > Comparative