(Corrected) Announcing a New Research Grant with the University at Buffalo (Jun 2, 2017)

The Charles Pankow Foundation is pleased to announce that the Foundation has recently executed a new Research Grant Agreement with the University at Buffalo as further described below:

  • Research Grant Agreement #05-17 (Corrected)
  • University at Buffalo (SUNY)
  • Principal Investigator - Michel Bruneau - University at Buffalo
  • Co-PI - Amit Varma - Purdue University
  • Click here to learn more about this research project

Additional information on this grant and all other CPF grants may be found on the CPF website (www.pankowfoundation.org) under the Research Grants>View Grants and Research Products tab.

R-Factors for Coupled Composite Plate Shear Walls-Concrete Filled (Coupled-C-PSW/CF)

This project seeks R-Factors developed from FEMA P-695 studies for Coupled Composite Plate Shear Walls-Concrete Filled (Coupled-C-PSW/CF), for inclusion in ASCE-7, higher than R-factors for corresponding non-coupled walls. C-PSW/CFs is foreseen to become an efficient option for the lateral force resisting system of buildings when relatively large seismic demands lead to the design of concrete shear walls with dense reinforcement and large thickness, or steel plate shear walls with relatively thick web plates and large boundary elements. This system will be predominantly used in high-rise buildings having a core-wall system with coupled beams. Coupled systems are anticipated to be more ductile and have more redundancy, but ASCE currently does not assign them higher R-factors. This study uses the FEMA P-695 methodology to substantiate the R-factors for such Coupled-C-PSW/CF structures.

C F P Supports...

testing for the dual-plate composite shear wall Small-scale specimen testing for the dual-plate composite shear wall system at Purdue University.

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