The Structural Engineering Podcast

In this episode, we sit down with Claire Gandee from Bekaert to explore how steel fiber reinforced concrete is changing the way engineers design slab-on-grade and industrial floor systems.
Using two comparable projects, one with conventional reinforcement and one with steel fibers, we discuss how the design process changes, what the fibers are actually doing after concrete cracks, and when steel fibers can replace traditional reinforcing steel. Claire explains how fibers influence crack control, joint spacing, durability, constructability, and long-term performance, while also addressing common misconceptions and practical considerations for specifying fiber reinforced concrete.
We also dive into the real-world impacts on cost, schedule, sustainability, and field construction, highlighting where engineers can unlock the greatest value and where conventional reinforcement still has an important role. Whether you design warehouses, data centers, manufacturing facilities, or other concrete slabs, this episode provides practical guidance to help you confidently evaluate when steel fiber reinforced concrete is the right solution.
Guest Profile:
Claire Gandee is a technical sales leader at Bekaert, where she works with engineers, owners, and contractors to optimize slab-on-ground and industrial floor systems using steel fiber reinforced concrete. Drawing on her background in concrete design software and structural applications, Claire helps project teams improve constructability, performance, and sustainability through innovative reinforcement solutions. She is a frequent speaker and educator on industrial concrete floors, steel fiber reinforcement, and practical design methodologies.
Sponsor:
This episode is sponsored by Bekaert Corporation. 
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In this episode, we sit down with forensic structural engineer Mark Duckett, PE, SI, from Robson Forensic to explore what happens when engineering decisions are examined long after a project is complete.
We discuss the role of expert witnesses, what the legal system means by "standard of care," and how forensic engineers use the scientific method to investigate failures, defects, and construction disputes. Mark explains the difference between simply disagreeing with a design approach and identifying a true breach of professional responsibility, while sharing insights into how root causes are uncovered in complex structural cases.
We also explore the skills required to succeed in forensic engineering, the value of technical writing and communication, and what practicing engineers can do today to reduce future risk. Whether you're interested in forensic investigations, expert witness work, or simply becoming a better structural engineer, this episode offers a unique look at our profession through the lens of evidence, accountability, and lessons learned.
Guest Profile:
Mark Duckett, P.E., S.I., is a forensic structural engineer with nearly 40 years of experience in structural design, inspection, failure analysis, and professional liability investigations. He has designed and inspected everything from custom homes and high-rises to industrial facilities, marine structures, and specialty projects. As an Associate with Robson Forensic, Mark investigates structural failures, construction defects, code compliance issues, and standard-of-care matters, bringing decades of real-world engineering experience to complex disputes and litigation.
Sponsor:
This episode is sponsored by Robson Forensic.
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In Episode 116, we explore the world of nonlinear structural analysis and performance-based seismic design. We discuss when nonlinear methods become necessary, how pushover analysis helps engineers understand building behavior beyond elastic limits, and where these advanced tools fit within modern codes and standards.
The conversation covers modeling challenges, common misconceptions, software workflows, seismic performance objectives, and real-world applications where nonlinear analysis can fundamentally change design decisions. We also look ahead to how increased computing power, AI, and evolving design practices may make advanced analysis more accessible to the next generation of structural engineers.
Guest Profile:
Anurag Upadhyay, Ph.D., is a freelance technology consultant who specializes in performance-based seismic design, nonlinear analysis, and advanced computational modeling. His work has focused on helping engineers better understand structural behavior beyond elastic limits through tools such as pushover analysis and nonlinear response history analysis. Anurag is also an active educator and developer of open-source resources that make advanced seismic analysis more accessible to practicing engineers.
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In this episode, we dive into facade engineering and explore how building skins are designed to accommodate wind, seismic drift, thermal movement, construction tolerances, and long-term building behavior. We discuss the different types of facade systems, the loads they are designed for, and why movement joints are one of the most critical and often misunderstood parts of facade design.
The conversation covers slip joints, story drift, facade deflection criteria, joint sizing, masonry veneer challenges, and the coordination required between structural engineers, facade engineers, architects, and contractors. We also discuss common detailing mistakes, constructability concerns, and practical lessons engineers can apply to improve facade performance and reduce costly field issues.
Schematic Detail provided by BHB

 
If you would like the presentation slides or access to the presentation recording by Jeff, reach out to him at Jeff.Thomas@bhbengineers.com. 
 
Jeff also suggest for additional expertise on this topic, connect with Kirsten Zeydel with Nevell Group. She gives an excellent presentation about all these tricky slip conditions.
LinkedIn: https://www.linkedin.com/in/kirsten-zeydel-48212495/
Email: kzeydel@nevellgroup.com
Additional Resources: 
https://nvlpubs.nist.gov/nistpubs/gcr/2016/NIST.GCR.16-917-38.pdf?utm_source=chatgpt.com
https://www.structuremag.org/article/challenges-in-cladding-design/ 
https://www.bhbengineers.com/articles/a-new-approach-exterior-metal-stud-design
 
Guest Profile:
Jeff Thomas, PE, is a Senior Associate at BHB Structural Engineers with extensive experience in building design, seismic engineering, and project leadership. A graduate of the University of Utah, Jeff has spent his career helping deliver a wide range of structural projects throughout the western United States while mentoring the next generation of engineers.
Sponsor: 
This episode is brought to you by CalcBook, the go-to calculation platform built specifically for structural engineers. Whether you're designing steel connections, concrete members, or timber framing, CalcBook helps you create transparent, organized, and code-referenced calculations in a fraction of the time.
Spend less time formatting spreadsheets and more time engineering. Check them out at CalcBook.com.
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StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
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In Episode 114, we dig into buckling restrained braced frames with Brandt Saxey, SE, of CoreBrace.
We talk through how BRBFs work, what makes them different from traditional concentrically braced frames, and why yielding in both tension and compression without global buckling makes them such an effective seismic system. The conversation also covers brace behavior, energy dissipation, detailing considerations, coordination with manufacturers, common design misconceptions, and how BRBs are being used in mass timber and other modern structural systems.
Guest Profile:
Brandt Saxey, SE, is the VP of Preconstruction Sales / Technical Director at CoreBrace. He brings deep technical experience in buckling restrained brace systems, including design support, preconstruction coordination, and helping engineers understand how BRBFs behave in real projects. His work sits at the intersection of seismic design, constructability, manufacturer coordination, and practical application of BRBs in modern structures.
Sponsor: This episode is sponsored by IDEA StatiCa.
Download the latest version of IDEA StatiCa Software | IDEA StatiCa
 
14-Day Free Trial | IDEA StatiCa
 
Links & Resources:
StructurEd (our free study tool): TheEngineeringPodcast.com/StructurEd
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