Sentence examples for performance of the envelope from inspiring English sources

This chapter presents several investigations performed on the thermal performance of the envelope design of high-rise residential buildings in Hong Kong when the building envelope was incorporated with different characteristics.

In this study the thermal performance of the envelope of nearly zero energy buildings, built from different materials with different moisture load is tested and demonstrated.

The results showed the effects of several conventional treatments at the façade for improving the energy performance of the envelope of a residential building, including increasing the wall thickness, reducing the window-to-wall area ratio, reducing the shading coefficient of the window glass, and inclusion of overhangs, and sidefins at windows.

In this section, the speech and noise classification performance of the envelope-based VAD for the three settings of is presented.

From the analytical framework we provide in this paper on the detection performance of the envelope-based detector, together with SoS of the PU, it is rather straight forward to derive the corresponding theoretical expressions for the energy-based detector and perform similar analyses to the ones that we present here.

The investigation was addressed by considering also the aspect of sustainability, by employing natural materials such as dry sand and wood fibre, and the correspondent effects on the energy performances of the envelope.

Nowadays, the hygrothermal performance of the building envelope is often evaluated using HAM (heat, air and moisture) models.

The acoustical comfort conditions in an architectural space significantly depend on the sound insulation performance of the building envelope.

Weighting and selection of criteria for the sustainable performance assessment of building envelope are onerous process for building designers, since the process needs to be carefully undertaken in order to adequately assess the sustainable performance of the building envelope.

Besides drawing the heat and mass balances must be closely connected with the study of the geometric parameters of premises and the thermal performance of the building envelope.

In Hangzhou, one of the key measures of building energy efficiency design is to improve the thermal performance of the building envelope wall.