Irina N. Afanasyeva Data-verified
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Biography and Research Information
OverviewAI-generated summary
Irina N. Afanasyeva's research investigates the aerodynamic instability of building structures, with a specific focus on bridge sections. Her work also addresses the wind uplift resistance of discontinuous metal roofing systems, including literature reviews and experimental research. Afanasyeva has explored the development of standard tests for these roofing systems, considering pressure equalization. Her research interests extend to fluid dynamics, including Fourier modes in fluid flow and energy cascades.
Afanasyeva has published 23 works, accumulating 95 citations and an h-index of 6. She has collaborated with R. Panneer Selvam and Bailey Downing, both from the University of Arkansas at Fayetteville, on shared publications. Her most recent publication was in 2024, indicating recent activity in her research pursuits.
Metrics
- h-index: 6
- Publications: 23
- Citations: 96
Selected Publications
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Wind Uplift Resistance of Discontinuous Metal Roofing Systems: Literature Review and Experimental Research (2024)
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Fourier Modes in Fluid Flow and Energy Cascade (2024)
Collaboration Network
Top Collaborators
- Development of Standard Test Considering Pressure Equalization for Discontinuous Metal Roof (DMR) Systems
- Wind Uplift Resistance of Discontinuous Metal Roofing Systems: Literature Review and Experimental Research
- Development of Standard Test Considering Pressure Equalization for Discontinuous Metal Roof (DMR) Systems
- Wind Uplift Resistance of Discontinuous Metal Roofing Systems: Literature Review and Experimental Research
- SIMULATION OF AERODYNAMIC INSTABILITY OF BUILDING STRUCTURES ON THE EXAMPLE OF A BRIDGE SECTION. PART 2: SOLUTION OF THE PROBLEM IN A COUPLED AEROELASTIC FORMULATION AND COMPARISON WITH ENGINEERING ESTIMATES
- SIMULATION OF AERODYNAMIC INSTABILITY OF BUILDING STRUCTURES ON THE EXAMPLE OF A BRIDGE SECTION. PART 2: SOLUTION OF THE PROBLEM IN A COUPLED AEROELASTIC FORMULATION AND COMPARISON WITH ENGINEERING ESTIMATES
- SIMULATION OF AERODYNAMIC INSTABILITY OF BUILDING STRUCTURES ON THE EXAMPLE OF A BRIDGE SECTION. PART 2: SOLUTION OF THE PROBLEM IN A COUPLED AEROELASTIC FORMULATION AND COMPARISON WITH ENGINEERING ESTIMATES
- Rigid nodules in the umbilical region
- Rigid nodules in the umbilical region
- Rigid nodules in the umbilical region
- Fourier Modes in Fluid Flow and Energy Cascade
- Fourier Modes in Fluid Flow and Energy Cascade
- Wind Uplift Resistance of Discontinuous Metal Roofing Systems: Literature Review and Experimental Research
- Wind Uplift Resistance of Discontinuous Metal Roofing Systems: Literature Review and Experimental Research
- Wind Uplift Resistance of Discontinuous Metal Roofing Systems: Literature Review and Experimental Research
- Wind Uplift Resistance of Discontinuous Metal Roofing Systems: Literature Review and Experimental Research
- Wind Uplift Resistance of Discontinuous Metal Roofing Systems: Literature Review and Experimental Research
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