Constructed Facilities Center

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Higher Learning Commission

    Mark of Affiliation

Constructed Facilities Center
Statler College of Engineering and Mineral Resources
West Virginia University
Room #541, ESB
Morgantown, WV 26506-6108
P: (304) 293-7608
F: (304) 293-7459

Welcome

On behalf of the Constructed Facilities Center (CFC) I would like to welcome you to our web site. The CFC is an established research Center within the College of Engineering and Mineral Resources at West Virginia University.

With its establishment in August, 1988, the Constructed Facilities Center, West Virginia University, Morgantown, WV, became the home of a unique research and development Center. The Center is unique for its ability to convert existing technology from a wide variety of sources to technologies having an immediate impact on the nation's constructed facilities. The Center's purpose is to foster and conduct research and development vital to the rehabilitation of our nation's constructed facilities.

Thanks for your interest in the Constructed Facilities Center.

Hota V.S. GangaRao, Ph.D, P.E.
Maurice A. and Jo Ann Wadsworth Distinguished Professor
Director of Constructed Facilities Center
Professor in Department of Civil and Environmental Engineering

Hota GangaRao



Mission

Constructed facilities are the backbone of America's commerce and industry and include public buildings, highways and bridges, water and sewage treatment facilities, airports and mass transit systems, among others. According to many experts, our nation's infrastructure is deteriorating at a rate faster than our ability to renovate them. Recent studies indicate that it could cost trillions of dollars to bring all of our constructed facilities to safe and efficient operating levels.

The Center's purpose, then, is to conduct research and development activities in areas that can help reduce or remedy deterioration of our nation's facilities. To achieve the Center's purpose, it conducts an interdisciplinary research and development approach, which combines innovative ideas and innovative materials with more conventional concepts and materials. In recent years, examples include:

  • Development of composite and hybrid material components and systems for bridges and buildings
  • Construction of a reinforced plastic building
  • Promotion of activities in the field of emerging materials in civil engineering
  • Preparation of design manuals for modern timber bridges
  • Development of nondestructive evaluation techniques and tools

CFC's ability to adapt rapidly to changing research needs, allows us to study emerging technologies and adapt these technologies to create new products such as fiber composite materials, diagnostic tools, design procedures, or new structural components. A second distinguishing feature is our close-working relationship with the owners of our nation's constructed facilities. Much of our work is conducted in cooperation with chemical, manufacturing and construction industry, highway agencies and other government agencies. Through joint projects and continuing education, the CFC is in frequent contact with practicing engineers.



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