Ralph M. Richard

Professor Emeritus of Optical Sciences

Contact Information

  • Telephone:
    520-621-8251
  • Email:
    ralph@u.arizona.edu
  • Mailing Address:
    Dr. Ralph M. Richard
    University of Arizona
    Optical Sciences
    Meinel Building
    1630 East University Boulevard
    Tucson, Arizona  85721  USA
Photo:  Professor Emeritus Ralph Richard

Education

  • PhD, Purdue University, 1961

  • MSCE, Washington University, 1956

  • BSCE, University of Notre Dame, 1952

Employment

  • The University of Arizona: Professor Emeritus, Civil Engineering and Engineering Mechanics, 1989-date; Research Scientist, Optical Sciences, 1989-date; Professor, Civil Engineering and Engineering Mechanics, and Optical Sciences, 1972-1989; Professor, Civil Engineering, and Engineering Mechanics, 1965-1972; Associate Professor, Civil Engineering and Engineering Mechanics, 1963-1965

  • Seismic Structural Design Associates, Founder, 1995-present

  • University of Notre Dame: Assistant Professor, 1961-1963; Instructor, 1958-1959

  • Purdue University: Research Assistant, 1959-1961

  • McDonnell Aircraft Corporation: Structural Engineer, 1956-1958

  • Washington University: Instructor, 1955-1956

  • US Army, 1953-1955

Consulting

  • American Institute of Steel Construction

  • American Iron and Steel Institute

  • Ballistics Research Laboratory

  • The Boeing Aerospace Company,

  • Department of Defense

  • Duval Mining Corporation

  • General Dynamics Corporation

  • IBM Corporation

  • Los Alamos National Laboratory

  • National Aeronautics and Space Administration

  • National Optical Astronomy Observatories

  • Weldon Becket Associate Architects

Awards and Honors

  • University of Arizona, Centennial Professor Award, 2007

  • American Institute of Steel Construction, T.R. Higgins Award for Research in Steel Connections, 1986

Research

  • Structural design of mirror-telescope structures to provide for efficient, lightweight systems. Current research involves the application of the finite-element method to the development and structural design of mirrors, lenses, and their mounting support systems in static, dynamic, and cryogenic environments.