International Building Code Chapter 7: Fire-Resistance-Rated Construction (OnDemand Webinar)

$149.00

SKU: 409371EAU

Description

Maintain fire and life safety in buildings by understanding fireresistancerated and smokeresistant assemblies.Control of fire by construction is a critical element of managing a fire incident in our overall fire safety objectives for the built environment. Confining or containing the fire through fireresistancerated construction ensures that smoke and flame do not migrate outside the compartment of fire origin and impact occupants who are not intimate with ignition. This material will provide an introduction to fireresistancerated construction as described in the International Building Code (IBC), including types of assembles and their application. The material will also review methodologies for determining fire resistance as well as design and installation considerations for fireresistancerated assemblies. Finally, case studies will be presented to provide practical examples of fireresistancerated assemblies as they are applied in the field. This course will provide you with an understanding of the role of fireresistancerated assemblies in construction and the applicable IBC code provisions.

Date: 2022-01-14 Start Time: End Time:

Learning Objectives

Introduction to Fire-Resistance-Rated Construction
• Concept of Fire Containment
• Types of Assemblies (IBC Sections 705-709)
• Where the Assemblies Are Used

Methodologies for Determining Fire-Resistance
• Fire-Resistance Testing and Tests Standards (Section 704)
• Prescriptive Fire Resistance (Section 721)
• Calculated Fire Resistance (Section 722)

Design and Installation of Fire-Resistance-Rated Assemblies
• Design Listings
• Addressing Openings and Penetrations of Fire-Resistance-Rated Assemblies
• Inspection, Testing, and Maintenance

Case Studies/Practical Examples
• Exterior Wall
• Fire Wall/Barrier
• Floor/Roof Assembly

AIA ,ENG ,ICC ,Additional credit may be available upon request. Contact Lorman at 866-352-9540 for further information.

Shamim Rashid-Sumar, PE, FSFPE-National Ready Mixed Concrete Association