Perumalsamy N. Balaguru

Reinforced and Prestressed Concrete:
Non-Linear and optimum design of structural components, strength and serviceability behavior for static and fatigue loading, use of computers for analysis and design, use of innovative system of construction such as tilt-up construction.
 
Construction Management:
Development of new approaches for project planning and control including equipment management, quality assurance and quality control.
 
Development and use of new materials:
Ferrocement, fiber reinforced concrete, lightweight concrete and high strength carbon, and glass composites.

•    Best Teacher of the Year award, 1982 and 1993
•    Fellow of American Concrete Institute
•    Award for Recognition of Longstanding Contributions to Ferrocement from International Ferrocement Institute
•    Listed in a number of directories including Who's Who's in America

Balaguru is active in a number of professional societies including ASCE, American Concrete Institute (ACI), Society for Advancement of Materials and Process Engineering, and the Transportation Research Board. He served as chairman of two ACI technical committees and is the current chairman of Committee on Fiber Reinforced Concrete.

•    Ph.D., Structural Engineering, University of Illinois at Chicago, 1977
•    M.S., Structural Engineering (with distinction), Indian Institute of Science, 1970
•    B.S., Civil Engineering (honors), University of Madras, India, 1968

P.N. Balaguru served as graduate director for six years and undergraduate director for 15 years and has directed 30 Ph.D. and M.S. candidates dissertations. Prior to joining Rutgers, he served for four years as a program director for Infrastructure Materials and Structural Mechanics at the National Science Foundation.

Some of his major research accomplishments include: development of fireproof high-strength composites, high-temperature and graffiti-resistant coating, a new polymeric fiber for use in concrete, lightweight and high-performance fiber-reinforced concrete, mathematical models for fatigue analysis of reinforced and prestressed concrete structures, analysis of ferrocement, and high-strength composite skins and retrofitted structures.

His research has been sponsored by the National Science Foundation, Office of the Scientific Research AFSOR, Federal Aviation Administration, USDOT, NJDOT, Rhode Island DOT, State Highway Officials of Maryland, New Jersey Turnpike Authority, New England Transportation Consortium, and a number of corporations such as Dupont, 3M, Allied Signal, FMC, St. Gobain, Bechtel, ICL, and Owens Corning.

Balaguru has authored two books and edited several others. His publications include more than 250 journal papers and he has made more than 250 presentations at conferences all over the world. These presentations include a number of plenary and keynote lectures.