AbstractThe thermal performance of building plays a fundamental role in energy consumption since a large amount of energy is needed to balance heat transfers occurring through the envelope itself. The aim of the present paper is to simulate the heat transfer affecting a specific building envelope considering two different scenarios: current situation and future improvements by replacing transparent enclosures and adding an exterior insulation of different thicknesses. In order to identify the most convenient and suitable solution and to focus the attention on the most compelling action, an economical assessment is carried out taking into account the national incentives
The paper is devoted to the analysis of possibility for construction of low energy buildings with en...
As reported in the scientific literature and mentioned in building energy performance legislation, t...
The paper is devoted to the analysis of possibility for construction of low energy buildings with en...
AbstractThe thermal performance of building plays a fundamental role in energy consumption since a l...
AbstractThe paper describes an evaluation of thermal performance of residential building envelope. B...
The ability for reduction of whole-building energy consumption depends, in large scales, from correc...
The main idea of this article is taking advantage of heat energy accumulation in building walls in o...
A simulation methodology has been created for establishing the impact of increasing the insulation o...
The main idea of this article is taking advantage of heat energy accumulation in building walls in o...
More than 30% of the final energy uses in the European Union are due to the building energy consumpt...
In the last decades, a growing industry has been created in relation to building envelope retrofits....
Traditionally low energy buildings are supposed to have maximally big thermal resistance of building...
From the thermal balance point of view, in addition to air mass transfer due to infiltration and ven...
Traditionally low energy buildings are supposed to have maximally big thermal resistance of building...
Three outdoor boundary conditions are considered for heat transfer of external building envelopes...
The paper is devoted to the analysis of possibility for construction of low energy buildings with en...
As reported in the scientific literature and mentioned in building energy performance legislation, t...
The paper is devoted to the analysis of possibility for construction of low energy buildings with en...
AbstractThe thermal performance of building plays a fundamental role in energy consumption since a l...
AbstractThe paper describes an evaluation of thermal performance of residential building envelope. B...
The ability for reduction of whole-building energy consumption depends, in large scales, from correc...
The main idea of this article is taking advantage of heat energy accumulation in building walls in o...
A simulation methodology has been created for establishing the impact of increasing the insulation o...
The main idea of this article is taking advantage of heat energy accumulation in building walls in o...
More than 30% of the final energy uses in the European Union are due to the building energy consumpt...
In the last decades, a growing industry has been created in relation to building envelope retrofits....
Traditionally low energy buildings are supposed to have maximally big thermal resistance of building...
From the thermal balance point of view, in addition to air mass transfer due to infiltration and ven...
Traditionally low energy buildings are supposed to have maximally big thermal resistance of building...
Three outdoor boundary conditions are considered for heat transfer of external building envelopes...
The paper is devoted to the analysis of possibility for construction of low energy buildings with en...
As reported in the scientific literature and mentioned in building energy performance legislation, t...
The paper is devoted to the analysis of possibility for construction of low energy buildings with en...