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The study of wind driven rain is an important design consideration in the built environment.
To date, very little work that provides field or laboratory wind driven rain data to moisture transport models is available.
Walls that fail to keep moisture out under severe conditions of wind driven rain may still be considered satisfactory in areas where these conditions are rare.
Many of the test protocols appear to need more comprehensive inclusion of stress factors existing in the natural environment such as wind driven rain, dust, and grid disturbances.
Finally, some wind driven rain experimental tests were carried out, in order to improve the local water resistancy of devices and some solutions are proposed.
Aspect will be crucial to this as wind driven rain is likely to play a significant role.
Similar(50)
Wind-Driven Rain (WDR) is one of the major moisture sources that cause building envelope failures.
Wind-driven rain is an important consideration in the hygrothermal performance of building envelope parts.
Wind-driven rain and the simultaneous action of wind pressure contribute to water penetration into building façades.
Wind-driven rain studies provide the main input to problems such as: precipitation protection, sealing and drainage accumulation.
Wind-Driven Rain (WDR) is one of the most important moisture sources that affect the hygrothermal performance and the durability of building facades.
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