
October 22, 2025
NEx Workshop to Spotlight Global Innovation in FRP, FRCM, and Polymer Concrete at the ACI Fall 2025 Convention
A Day of Collaboration and Insight Ahead
Next week, on October 29, 2025, NEx: An ACI Center of Excellence for Nonmetallic Building Materials, will host its Fall Convention Workshop during the ACI Concrete Convention in Baltimore, Maryland.
The full-day program will unite leading researchers, engineers, and industry professionals advancing the use of fiber-reinforced polymer (FRP), fabric-reinforced cementitious matrix (FRCM), and polymer concrete systems worldwide.
Two sessions will feature cutting-edge presentations on repair, rehabilitation, and next-generation polymer technologies, each reinforcing NEx’s commitment to durable, sustainable solutions for the built environment.
Morning Session: FRP & FRCM for Repair and Rehabilitation
The first session, New Advancements in FRP & FRCM Materials for Repair and Rehabilitation of Concrete Structures, will highlight ongoing research and practical case studies focused on strengthening existing infrastructure.
Scheduled presentations include:
Christian Carloni — CASE University | FRCM, single lap shear test
Prof. Dr. Arkadiusz Kwiecień — Cracow University of Technology | Polyurethane Flexible Adhesives in Protection of Weak Concrete Structures Using FRP/FRCM
John J. Myers — Missouri S&T | Mitigation and Repair Strategies Using FRCM to Extend the Service Life of Reinforced Concrete Structures
Moustafa Mansour — University of British Columbia | Retrofitting of Seismically Deficient RC Columns Using FRCM Jacketing
Steven Nolan & Francisco De Caso — Florida DOT / University of Miami | #11 GFRP Bars Restoring Support for US90 Bridge over Aucilla River
Alessandro Palermo, Luciano Ombres, & Pietro Mazzucca — University of California / University of Calabria (Italy) | Hybrid Reinforcement Systems (FRP + Steel Rebars) for Durable and Seismic-Resilient Concrete Structures
Scott F. Arnold, PE & Amir Bonakdar — FYFE | New Anchoring Techniques for Externally Bonded FRP Strengthening
Afternoon Session | Polymer Concrete — Applications, Advancements & Benefits
The second session will explore how polymer concrete continues to expand the boundaries of design and performance—from 3D printing frameworks to fire resistance and resin innovation.
Scheduled presentations include:
Venkatesh Kodur — Michigan State University | Fire Performance of Polymer Concrete
Siham Al Shanti, Daniel Heras Murcia, & Mahmoud Reda Taha — University of New Mexico | A Design Framework for 3D-Printed Polymer Concrete
Mike Stenko — ACI 548 / Transpo Industries | Unique Applications of Polymer Concrete and Polymer Material-Based Systems
Benjamin Abu, Moneeb Genedy, & Shreya Vemuganti — University of Oklahoma & ICC-ES | Advancing Structural Applications Through Ashby Charts and Resin-Dependent Performance Mapping
Hamid Alipoorian — Qatar German Polymer Co. | (Case studies on corrosion-resistant infrastructure and lifecycle CO₂ savings)
Casey Rafter — Kwik Bond Polymers (a Sika Company) | Introduction to Polyester Polymer Concrete for Bridge Deck Preservation
Anand J. Puppala & Jianxin (Jason) Huang — Texas A&M University | Use of Synthetic Polymers in Soil Stabilization for Pavement Construction
Sammelan Pokharel & Mohamed Moustafa — University of Nevada Reno / NYU Abu Dhabi | Mechanical and Bond Behavior of Polymer Concrete Subjected to Thermal Stresses
Looking Ahead
The 2025 NEx Workshop will serve as a catalyst for collaboration, dialogue, and discovery. By bringing together perspectives from academia, government, and industry, the event will strengthen the shared global effort to accelerate adoption of nonmetallic technologies.
“Every exchange of knowledge moves the industry closer to a future built to last,” notes Dr. Jerzy Zemajtis, Executive Director of NEx.
The Center looks forward to welcoming all speakers, attendees, and partners in Baltimore for what promises to be an inspiring day of technical insight and connection.
About NEx
NEx: An ACI Center of Excellence for Nonmetallic Building Materials advances the use of nonmetallic technologies through research, education, and global partnerships.
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