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Ravi Ranade

Associate Professor

University at Buffalo

United States

Research Interests

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About

Ravi Ranade is an Associate Professor at the University at Buffalo, USA. His research areas focus on the bond strength of steel reinforcing bars with concrete, the shear behavior of ultrahigh-performance concretes, and the fracture process of multi-scale fiber reinforced composites. Additionally, he investigates the effects of chloride exposure on reinforced concrete bridges and the seismic fragility of bridge columns utilizing ductile fiber-reinforced concrete.

Articles (14)

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2025

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2021

Collaborators (3)

Anthony Tessari

Associate Professor

Rensselaer Polytechnic Institute

UNITED STATES

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Pinar Okumus

Associate Professor

University at Buffalo

UNITED STATES

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Dhanendra Kumar

Assistant Professor

Indian Institute of Technology Jammu

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Ravi Ranade

Research Interests

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About

Articles (14)

Experimental study of post-fire bond strength between steel reinforcing bars and concrete using beam-end specimens

Shear Behavior of Ultrahigh-Performance Concretes

Influence of matrix constituents and properties on fiber-matrix bond behavior of strain-hardening ultra-high performance concrete

Estimating chloride exposure of reinforced concrete bridges using vehicle spray and splash mechanisms

Effects of the tensile properties of UHPC on the bond behavior

Seismic fragility of reinforced concrete bridge columns utilizing ductile fiber-reinforced concrete covers

Calibrating a Physics-Based Corrosion Model with Field-Based Bridge Condition Data

Fracture process zone characterizations of multi-scale fiber reinforced cementitious composites

Modeling fatigue of pre-corroded body-centered cubic metals with unified mechanics theory

Digital fabrication of eco-friendly ultra-high performance fiber-reinforced concrete

Experimental study of fire damage to reinforced concrete tunnel slabs

Effects of fiber hybridization on mechanical properties and autogenous healing of alkali-activated slag-based composites

Influence of matrix-modification and fiber-hybridization on high-temperature residual mechanical performance of strain-hardening cementitious composites

Ultra-ductile behavior of fly ash-based engineered geopolymer composites with a tensile strain capacity up to 13.7%

Collaborators (3)

Anthony Tessari

Pinar Okumus

Dhanendra Kumar

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