Part 3 - Design of Connections and Components for Precast Concrete Parking Structures (Recording)
Item #: SK2305SWP
Price: $105.00
Member Price: $105.00
Member Savings: $0.00
Format: Online Self-Paced
Duration: 2.00
$105.00
PART 1 - Parking Garage Design Using Precast, Prestressed Concrete and Connections
This webinar covers the design of parking garages with particular attention to the considerations needed when framing the structure with precast, prestressed concrete. The presentation will cover functional considerations, codes requirements, precast concrete framing systems for gravity land lateral forces, and some of the details of precast concrete components and connections.
PART 2 - Wind and Seismic Design
This webinar will cover functional code requirements and occupancy considerations as well as the structural system requirements for parking structures. System design details that are distinct to parking garages will be covered.
PART 3 - Design of Connections and Components
The application of precast concrete to parking garage design and construction uses common components and connections, with consideration of the distinct requirements that the parking function imposes. This webinar will cover selection and consideration of precast components and the methods used to connect these components into a functioning system.
This webinar covers the design of parking garages with particular attention to the considerations needed when framing the structure with precast, prestressed concrete. The presentation will cover functional considerations, codes requirements, precast concrete framing systems for gravity land lateral forces, and some of the details of precast concrete components and connections.
PART 2 - Wind and Seismic Design
This webinar will cover functional code requirements and occupancy considerations as well as the structural system requirements for parking structures. System design details that are distinct to parking garages will be covered.
PART 3 - Design of Connections and Components
The application of precast concrete to parking garage design and construction uses common components and connections, with consideration of the distinct requirements that the parking function imposes. This webinar will cover selection and consideration of precast components and the methods used to connect these components into a functioning system.
Dr. Cleland has fifty years of experience in structural analysis, design, research, and engineering management. Dr. Cleland has extensive experience in precast/prestressed design, detailing and construction. He co-authored the PCI Seismic Design Manual with Dr. S.K. Ghosh for the 1st and 2nd Editions. He was chairman of the PCI Design Standard committee that worked in cooperation with ACI in the development of the new Code for the design of structural precast concrete, ACI-PCI 319-25. He is currently engaged in developing a Recommended Practice for the design of precast concrete in data centers.