Episode 98 - Post-Tensioned Concrete with Ryan Musgrove

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Episode Summary:

In this episode of The Structural Engineering Podcast, we sit down with Ryan Musgrove from Kramer Gehlen & Associates to dive into the world of post-tensioned (PT) concrete design. Ryan walks us through the fundamentals of PT systems, their advantages over conventional reinforced concrete, and what engineers should consider when designing and detailing these systems in the field.

We discuss everything from tendon layout and serviceability checks to construction sequencing, stressing operations, and long-term deflection control. Ryan also shares some of the most common mistakes he sees in PT design and how clear communication between the engineer, detailer, and contractor can make or break a project.

Whether you’re new to PT or have years of experience designing slabs and podium decks, this episode offers insights you can apply to your next project.

Topics Covered:

- Basics of post-tensioned concrete and how it differs from mild-reinforced systems

- Design considerations for slab geometry, tendon layout, and anchorage zones

- Common field challenges during stressing and construction

- Strategies for controlling cracking, camber, and long-term deflection

About Our Guest:

Ryan Musgrove, P.E., is a Senior Project Manager with Kramer Gehlen & Associates, where he focuses on building design across a range of materials, including post-tensioned concrete and steel systems. His experience bridges design and construction, bringing a practical approach to complex structural systems.

Resources Mentioned:

- PTI Design and Construction of Post-Tensioned Slabs

- ACI 318 provisions for prestressed concrete

- www.kramergehlen.com

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