Dry floodproofing definition
Dry floodproofing means the design of a structure so that below the regulatory flood elevation, the structure is watertight with walls substantially impervious to the passage of water, having structural components capable of resisting hydrostatic and hydrodynamic loads and effects of buoyancy.
Dry floodproofing means any combination of structural and nonstructural measures that prevent floodwaters from entering a structure.
Dry floodproofing means Floodproofing measures that are designed to prevent flood waters from entering a structure. Dry floodproofing techniques may include, but are not limited to, installation of closure and sealants, watertight walls, small floodwalls or levees, flood shields, and watertight doors.
Examples of Dry floodproofing in a sentence
Dry floodproofing using watertight ▇▇▇▇▇▇▇ for windows and doors and use of sealants and membranes on the exterior of a federal facility.
More Definitions of Dry floodproofing
Dry floodproofing means any combination of structural and nonstructural
Dry floodproofing means a combination of measures that make a building and attendant utilities and equipment watertight and substantially impermeable to floodwater, with structural components having the capacity to resist flood loads. Please refer to Technical Bulletin 3, Requirements for the Design and Certification of Dry Floodproofed Non- Residential and Mixed-Use Buildings, and available from the FEMA.
Dry floodproofing means any combination of structural and non-structural measures that prevent flood waters from entering a structure.
Dry floodproofing means those specific measures taken to reduce or eliminate the potential for flood hazards to damage a building or structure by isolating a building or appliance from flood waters (normally applies to habitable buildings or additions).
Dry floodproofing means all external walls or portions thereof, together with all floors, and any openings in such walls or floors, sited at an elevation below the regulatory flood protection elevation, shall be made watertight and impermeable to passage of water, whether flood water or waste water backup, promoted by flood-related causes. Further, such walls and floors shall be designed and constructed with sufficient structural strength to resist the combined hydrostatic, hydrodynamic and buoyant stresses resulting from the base flood without suffering structural damage, either internally or externally.