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- Louvers design is about an integral element called a “louver,” which is a term derived from the French word “l’ouvert,” meaning “open one.” It is a fundamental architectural and engineering element designed to balance the ingress of air and natural light with the need for privacy, weather protection, and aesthetic considerations.
thearchitectsdiary.com › louvers-design-definition-purpose-materials-and-applicationsLouvers Design: Definition, Purpose, Materials and Applications
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Feb 27, 2024 · Louvers design is about an integral element called a “louver,” which is a term derived from the French word “l’ouvert,” meaning “open one.” It is a fundamental architectural and engineering element designed to balance the ingress of air and natural light with the need for privacy, weather protection, and aesthetic considerations.
In infrastructure. Louvers may be used as a type of flood opening, usually covered by one or more moving flaps. They are designed to allow floodwaters to enter and leave the building, equalizing hydrostatic pressure on the walls and mitigating structural damage due to flooding.
May 23, 2022 · A louver is the part of the HVAC system that allows airflow into the building but blocks the rest of nature from getting in. Louver is a window treatment that allows for light control and ventilation. Louvers can be installed as a standalone window treatment or in combination with other types of window treatments.
May 16, 2024 · These include: Free Area. A high-percentage free area is great because it allows for more air to enter via a smaller opening, thus reducing the expenses involved in opening up the wall and installing louvers. The free areas usually range from 35% to 60% of a wall opening. Water Penetration.
May 5, 2015 · A louver is a simple air system component that allows the passage of air from one side of a vertical opening in a wall, plenum, or bulkhead to the other side of the opening, while at the same time, depend on its design, prevents water, dust, or sand from traveling through the opening.
Free area is derived by taking the total open area of a louver (after subtracting all obstructions - blades and frame) and dividing by the overall wall opening. This gives a comparison of a louvered opening to an unobstructed opening. Common louver free areas range from 35% to 60% of the wall opening (65% to 40% obstructed).
The free area of a louver is defined as the total louver face area, minus the airflow restrictions (blades and frame) through which air can freely pass within the openings. Free area is a major determinant of a louver’s performance capabilities.
