Setup Menus in Admin Panel

  • No products in the cart.

E – 1528 Wet Floodproofing Residential Structures Guide

$50.00

Wet floodproofing can be defined as permanent or contingent measures applied to a structure and/or its contents that prevent or provide resistance to damage from flooding by allowing floodwater to enter the structure. The basic characteristic that distinguishes wet floodproofing from dry floodproofing is that it allows internal flooding of a structure as opposed to providing essentially watertight protection.

Flooding of a structure’s interior is intended to counteract hydrostatic pressure on the walls, floors, and supports of the structure by equalizing interior and exterior water levels during a flood. Inundation also reduces the danger of buoyancy from hydrostatic uplift forces. Such measures may require alteration of a structure’s design and construction, use of flood-resistant materials, adjustment of building operations and maintenance procedures, relocation and modification of equipment and contents, and emergency preparedness for actions that require human intervention.

This course is based on the FEMA publication, Engineering Principles and Practices for Retrofitting Flood-Prone Residential Structures, Chapter 5 Wet Floodproofing. The techniques and methodologies described in this course document are applicable to most areas in the United States.

SKU: E - 1528 Categories: ,

Description

Wet floodproofing can be defined as permanent or contingent measures applied to a structure and/or its contents that prevent or provide resistance to damage from flooding by allowing floodwater to enter the structure. The basic characteristic that distinguishes wet floodproofing from dry floodproofing is that it allows internal flooding of a structure as opposed to providing essentially watertight protection.

Flooding of a structure’s interior is intended to counteract hydrostatic pressure on the walls, floors, and supports of the structure by equalizing interior and exterior water levels during a flood. Inundation also reduces the danger of buoyancy from hydrostatic uplift forces. Such measures may require alteration of a structure’s design and construction, use of flood-resistant materials, adjustment of building operations and maintenance procedures, relocation and modification of equipment and contents, and emergency preparedness for actions that require human intervention.

This course is based on the FEMA publication, Engineering Principles and Practices for Retrofitting Flood-Prone Residential Structures, Chapter 5 Wet Floodproofing. The techniques and methodologies described in this course document are applicable to most areas in the United States.

  • Better understand the principles of protecting a structure from flooding;
  • Know how to use the design flood elevation (DFE) in floodproofing design;
  • Be introduced to designing openings for intentional flooding of enclosed areas below the DFE;
  • Understand the use of flood-resistant materials;
  • Understand the adjustment of building operations and maintenance procedures; and
  • Understand the need to emergency preparedness for actions requiring human intervention.

Join us this Thursday afternoon for a special Engineering Structure webinar:
Dos & Don’ts In Steel And Connection Design.
Starts 2pm ET
https://www.pdhsource.com/course/live-webinar-dos-donts-in-steel-and-connection-design/

We have put together our favourite #Engineering themed #podcasts for you. You're welcome 😉 #fridayfeeling https://www.borntoengineer.com/resources/top-engineering-podcasts-stem-podcast-list-top

ACCEPTANCE GUARANTEE


ncees

PDH Source engineering courses & live webinars meet NCEES Guidelines for Professional Engineer licenses renewal in all 50 states.

PDH Source will refund your money if the PDH credits you earn are rejected by your state board for any reason.

top
Copyright 2019 · All Rights Reserved PDH Source, LLC 513 E- Main Street # 981 Charlottesville, VA 22902 USA