Mahmoud Maamouri, P.E., S.E., Ph.D.

Adjunct Professor

  • Milwaukee WI UNITED STATES
  • Cudahy Campus Center: CC36B
  • Civil & Architectural Engineering & Construction Management

Mahmoud Maamouri is an expert in structural analysis, steel design, foundation design, structural engineering and concrete.

Contact

Education, Licensure and Certification

Professional Engineer

Wisconsin, Georgia, Mississippi, Montana, New York, Washington, California, Michigan

Structural Engineer

Illinois, Arizona, Hawaii, Nevada, Oregon, California, Washington

Ph.D.

Civil and Environmental Engineering

University of Wisconsin-Madison

1991

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Biography

Dr. Mahmoud Maamouri is an adjunct professor in MSOE's Civil and Architectural Engineering and Construction Management Department. He is vice president of Computerized Structural Design where he specializes in the design of specialty structures including bins, water/wastewater treatment equipment supports and anchorages, and air handling units and curbs. He also worked on the design, analysis, and design review of precast/prestressed concrete buildings and components, in both structural and architectural concrete design. His projects include parking structures, and commercial, industrial, and institutional buildings.

Maamouri teaches on the topics of prestressed concrete design, wood design, masonry design and strength of materials.

Areas of Expertise

Concrete
Structural Engineering
Steel Design
Structural Analysis
Foundation Design
Finite Element Analysis

Accomplishments

Award for Academic Achievement

HOLATING (College of Engineering)

Award for Academic Achievement

BERGENTHAL (College of Engineering)

Affiliations

  • American Concrete Institute (ACI) : Member
  • Precast Concrete Institute (PCI) : Member
  • American Institute of Steel Construction (AISC) : Member
  • American Society of Civil Engineers (ASCE) : Member

Social

Selected Publications

Reliability-based design of transmission lines: a comparison of the ASCE and IEC methods

Third International Conference on Probabilistic Methods Applied to Electric Power Systems

Peyrot, A., Maamouri, M., Dagher, H., Kulendran, S.

1991

Several reliability-based design techniques for transmission lines have been proposed since the mid 1970s. Out of these proposals, the ASCE and IEC documents have received the most attention and are now available for trial use. With the ASCE procedures, individual components (tower member, connection, foundation, etc.) can be sized to meet or exceed a target reliability level. The resulting effect on the reliability of the entire line, while briefly discussed, is not quantified. With the IEC procedures, the reliability of the entire line is targeted. However, the document is not specific about the design of individual components. The authors discuss the similarities and differences between the two procedures and provide suggestions for improvements.

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