Almost everyone lives in a potential flood zone. In addition to the hurricanes and catastrophic floods that make national headlines, a damaging flood is happening somewhere in the U.S. every day, even in desert regions, caused by local heavy rainfall, dam failures, land development runoff, drainage problems, inland remnants of tropical storms and many other conditions. Nationwide, flooding is the leading cause of deaths related to severe weather, and it wipes out businesses, too. According to the National Flood Insurance Program (NFIP), almost 40 percent of small businesses never reopen their doors after a flood disaster, because just a few inches of water can cause tens of thousands of dollars in damage.
Building in floodplains, or Special Flood Hazard Areas (SFHA) designated by FEMA, is strictly regulated by the NFIP, the International Building Code, ASCE national reference standards, and by local community codes, all of which are discussed in this course. Deciding on a non-residential building’s floodproofing strategy will have a direct connection to the project’s cost, to the safety of the building’s occupants and the survivability of the building itself, and to the risk of liability for the designer and builder in case of flood damage.
- Identify FEMA regulations, National Flood Insurance Program requirements and ICC building codes as they relate to sustaining non-residential foundations in flood hazard areas.
- Describe the effects of hydrostatic pressure on building sustainability.
- Analyze the differences between active and passive floodproofing measures in non-residential buildings and their impact on optimizing health, durability and maintenance.
- Explain the features and benefits of ICC-ES certified engineered automatic flood vents in terms of cost, code requirements, performance in floods, and reduced liability for design professionals.