Sentence examples for lightweight buildings from inspiring English sources

In lightweight buildings solar heat input may result in an inhomogeneous temperature distribution and thus create an uncomfortable environment.

In energy-efficient, lightweight buildings, a high solar heating fraction can only be achieved if the solar system contains adequate heat storage.

Determining the dynamic behaviour of lightweight buildings by means of finite element analyses requires models representing the geometry involved in great detail, resulting in systems having many millions of degrees of freedom.

Building envelope integrated with phase change material (PCM) can provide thermal energy storage (TES) distributed in its entire surface area and inhibit the need for enhanced thermal mass in lightweight buildings.

Using striking technical breakthroughs in complex computation and highly sensitive manufacturing, designers are moving closer to making lightweight buildings that can move, and perhaps even think and feel.

The damages caused to the structures particularly the lightweight buildings and pavements due to expansive clay soils are comparable to the damages caused due to the natural hazards of earthquakes and floods.

Lightweight building systems in general suffer from poor sound insulation, especially in the low frequency region.

Thermal inertia of lightweight building envelopes can be improved including phase change materials in multilayered wallboards.

The optimization included a parametric study on VIP and PCM panels' position in the thin, lightweight building wall.

The analysis showed that a solar heating fraction of 63% can be achieved in an energy efficient, lightweight building.

In the present study we compare different lightweight building blocks and the associated temperature and relative-humidity profiles.