Presented on: March 9, 2022
Webinar Sponsored by MAPEI Corporation
The fiber reinforced polymer (FRP) composite materials used for decades in the aerospace industry are now being used to strengthen existing concrete structures. The use of these materials as external reinforcement for concrete structures has become the preferred method of strengthening over more traditional techniques like section enlargement, external post-tensioning and steel plate bonding. Whether used to increase the load bearing capacity of a structure, to restore loss of capacity from damage or deterioration, seismic retrofit, or blast hardening; The MapeWrap FRP strengthening system offers a simple, cost-effective method to address structural deficiencies.
This presentation will introduce the unique characteristics of FRP materials, the various components of the MapeWrap FRP system, and general design considerations and limitations. Several case studies will be covered including corroded bridges, structurally deficient bridges, and general repair of bridges. Attendees will leave with a greater understanding of which materials should be specified for particular applications, the advantages and limitations of FRP versus traditional strengthening techniques, available design guidelines and codes, and engineering assistance available from MAPEI Corporation.
Presented by: Brian Stratman, P.E.
Brian Stratman, P.E. is the Business Development Leader for Corrosion and Structural Strengthening with MAPEI Corporation. Brian’s work experience includes structural design of commercial and retail structures, territory sales manager for power and industrial concrete repairs and grouting, business development manager for steel piling, Fiber-Reinforced Polymer (FRP) strengthening, and corrosion mitigation. In his current role, Brian is responsible for business development and engineering support related to MAPEI’s structural strengthening and corrosion product lines. He has over a decade of experience related to the design and installation of FRP strengthening systems for concrete and masonry structures and is also a NACE-certified Cathodic Protection Technician (CP2). Brian is also an active member of the ACI 440 Strengthening Committee and ICRI Strengthening and Corrosion Committees.