Joint Study*1203: +2 wealth for participation, +9 wealth for correct answers
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This post was last edited by hjztbwg on 2015-12-9 13:53. The ___economic heat transfer resistance___ is the heat transfer resistance at which the sum of the construction cost per unit area of the building envelope (the depreciation cost of the initial investment) and the operating costs (the heating expenses and equipment depreciation costs allocated per unit area of the envelope) reaches its minimum value.
_The economic heat transfer resistance is the heat transfer resistance at which the sum of the construction cost per unit area of the envelope (the depreciation cost of the initial investment) and the operating costs (the heating operation costs and equipment depreciation costs allocated per unit area of the envelope) is minimized.
The economic heat transfer resistance is the heat transfer resistance at which the sum of the construction cost per unit area of the envelope (the depreciation cost of the initial investment) and the operating cost (the heating operation costs and equipment depreciation costs allocated per unit area of the envelope) is minimized.
Economic heat transfer resistance (economic thermal resistance).
The economic heat transfer resistance is the heat transfer resistance at which the sum of the construction cost per unit area of the enclosure structure (the depreciation cost of the initial investment) and the operating cost (the heating operation costs and equipment depreciation costs allocated per unit area of the enclosure structure) reaches its minimum value.
___The economic heat transfer resistance _____ is the heat transfer resistance at which the sum of the construction cost per unit area of the envelope (the depreciation cost of the initial investment) and the operating costs (the heating operation costs and equipment depreciation costs allocated per unit area of the envelope) is minimized.
Economic heat transfer resistance (economic thermal resistance)
____The economic heat transfer resistance ____ is the heat transfer resistance at which the sum of the construction cost per unit area of the envelope (the depreciation cost of the initial investment) and the operating costs (the heating operation costs and equipment depreciation costs allocated per unit area of the envelope) is minimized.
Economic heat transfer resistance (economic thermal resistance)