Florida Structural Engineers Association
 
 
 
 
  • Home
  • News and Information


  • MAY 2019

    Although simplified static methods for seismic design are adequate for short, simple, and symmetric buildings, often structures fall outside one of these categories.  Buildings with re-entrant corners, floor plan irregularities, or multiple stories require a detailed dynamic calculation such as a response spectrum analysis (RSA).   

    On Wednesday, May 22nd, I will introduce you to an ASCE 7-16 response spectrum analysis in RFEM with a free 1-hour webinar available for 1 PDH credit.

    Webinar: ASCE 7-16 Response Spectrum Analysis in RFEM

    Wednesday, May 22nd, 2019 at 2pm EDT

    This webinar will utilize Dlubal's finite element analysis program RFEM. The content will include the following:

    Introduction to RF-DYNAM Pro add-on modules
    Natural frequencies and mode shapes calculation
    Response spectrum analysis per ASCE 7-16
    Story drift, story shear, and P-Delta considerations

    Speaker
    Amy Heilig, PE

    CEO of Dlubal Software, Inc.
    Technical Support & Sales Engineer

    Registration

    After registering, you will receive a confirmation email including information about joining the free webinar.

    Feel free to visit our website at www.dlubal.com to learn more or download a free 90-day trial version of RFEM including all add-on modules available here.

    Best Regards,

    Amy Heilig, PE 
    CEO - USA Office
    Technical Support & Sales Engineer

    Dlubal Software Inc.

    The Graham Building
    30 South 15th Street
    15th Floor
    Philadelphia, PA 19102
    USA

    Phone: (267) 702-2815
    E-mail: info-us@dlubal.com
    Web: www.dlubal.com
    Frequently Asked Questions (FAQ)

    Dlubal Software

    News Learning Students Support Events Company

    Note: If you no longer wish to receive emails regarding newsletters, current events, and special offers from Dlubal Software, please unsubscribe here.



  • February 2019


  • ED WASSERMAN NAMED RECIPIENT OF 2019 RICHARD S. FOUNTAIN AWARD

    WASHINGTON, DC, February 21, 2019—The Steel Bridge Task Force of the Steel Market Development Institute (SMDI), a business unit of the American Iron and Steel Institute (AISI); the National Steel Bridge Alliance (NSBA); and the American Association of State and Highway Transportation Officials (AASHTO) T-14 Technical Committee for Structural Steel Design have named Ed Wasserman, senior engineer of bridge design and engieering at Modjeski and Masters, as the recipient of the 2019 Richard S. Fountain Award.

    Named for the founder of the Steel Bridge Task Force, the Richard S. Fountain Award recognizes leadership in steel bridge research and outstanding efforts to advance AASHTO specifications. Wasserman received the award at the meeting of the Steel Bridge Task Force on January 24, 2019 in Orlando, Florida. The award was presented by Ronnie Medlock of High Steel Structures, who is also chairman of the Steel Bridge Task Force Oversight Council; Tom Macioce of the Pennsylvania Department of Transportation, who is also chairman of the AASHTO T-14 Committee; and Chris Garrell of the NSBA. 

    “Throughout his career, Ed has made lasting contributions to the improvement of steel bridge design,” said Robert Wills, vice president of construction market development for the Steel Market Development Institute. “When he chaired the AASHTO T-14 Committee, Ed championed a multi-year research project that completely overhauled the AASHTO specifications to unify the design of straight and curved steel girders, resulting in more cost-effective steel bridge designs. He was always quick to engage the Tennessee Department of Transportation in the development and testing of new design strategies for construction innovations such as High-Performance Steels, also known as HPS.”

    Wills noted that the Tennessee Department of Transportation built the first HPS bridge in 1998.  High-Performance Steels were developed by the American Iron and Steel Institute; Carderock Division, Naval Surface Warfare Center; and the Federal Highway Administration. They are more cost-effective, higher in strength, lighter in weight, and have greater atmospheric resistance than conventional steels, along with enhanced fracture toughness. 

    Before joining Modjeski and Masters, Wasserman was director of the Structures Division at the Tennessee Department of Transportation. He served as chairman of the AASHTO T-14 Committee for 25 years and was also chairman of the AASHTO T-10 Technical Committee for Prestressed Concrete Design (later subsumed into the Technical Committee for Concrete Design). He has authored or co-authored 16 papers on various bridge design topics. One of his co-authored publications is “Integral Abutments for Steel Bridges,” which synthesized the state-of-the-art design and construction practice for integral abutments that was instrumental in extending the service life of steel bridges. Over the course of his career, the Structures Division he led received 34 design excellence awards. Among personal awards received are those from the Lincoln Arc Welding Foundation and the American Institute of Steel Construction.

    The Richard S. Fountain Award was established in 2001. Past recipients of the award include: 

     ·         Alexander D. Wilson, ArcelorMittal USA (2014)

  • ·         Ronald D. Medlock, P.E., High Steel Structures, Inc. (2013)

  • ·         Yoni Adonyi, Ph.D., P.E., LeTourneau University (2012)
  • ·         Ahmad M. Itani, Ph.D., P.E., S.E., F. ASCE, University of Nevada, Reno (2011)
  • ·         John M. Kulicki, Ph.D., P.E., Modjeski and Masters, Inc. (2009)
  • ·         William J. Wright, Ph.D., P.E., Federal Highway Administration’s Turner-Fairbank Highway Research Center (2008)
  • ·         Donald W. White, Ph.D., Georgia Institute of Technology (2007)
  • ·         Dean C. Krouse, Independent Consulting Metallurgical Engineer (2006)
  • ·         Professor Dennis R. Mertz, University of Delaware (2005)
  • ·         Camille Rubeiz, American Iron and Steel Institute (2003)
  • ·         Professor Karl H. Frank, University of Texas at Austin (2002), and
  •          Michael A. Grubb, P.E., BSDI, Ltd. (2001)

SMDI’s Steel Bridge Task Force was formed more than 40 years ago to coordinate research that establishes safe, cost-effective steel bridges and to implement these developments into steel bridge design codes, specifically the AASHTO design codes. Its members include steel producers, steel organizations, steel bridge fabricators, bridge owners, the AASHTO T-14 Committee, university faculty, consultants and representatives from the Federal Highway Administration.  

AISI serves as the voice of the North American steel industry in the public policy arena and advances the case for steel in the marketplace as the preferred material of choice. AISI also plays a lead role in the development and application of new steels and steelmaking technology. AISI is comprised of 21 member companies, including integrated and electric furnace steelmakers, and approximately 120 associate members who are suppliers to or customers of the steel industry. For more news about steel and its applications, view AISI’s website at www.steel.orgFollow AISI on Facebook or Twitter (@AISISteel).

SMDI increases and defends the use of steel by developing innovative materials, applications and value-added solutions for customers in the automotive and construction markets. SMDI investors include: AK Steel CorporationAlgomaArcelorMittal,Nucor Corporation and SSAB Americas. For more information on SMDI, visit www.smdisteel.org or follow @SMDISteel on Twitter.

 


Debbie Bennett
Manager, Construction Communications


IJanuary 2019

Engineering Structural Glass Design Guide

Published with the assistance of the NCSEA Publications Committee, NCSEA's newest publication is now available for purchase! The Engineering Structural Glass Design Guide is aimed at structural engineers who are experienced in designing building structures and elements using traditional materials but with little to no experience in using glass to transfer forces. The purpose of this Design Guide is to provide the Engineering Professional with sufficient background knowledge and current methods to determine the specification of glass elements in buildings.


Authored by Marcin March, P.E., CEng, MIStructE, and Franklin Lancaster, P.E., and edited by Phil Khalil, P.E.

Purchase the Paperback · Purchase the Electronic Version




 




















 







Questions and Comments Please contact Sara Guthrie at (407)347-4962 Email:  fseadirector@flsea.com

                                                                             

                                                                             Powered by Wild Apricot Membership Software

Powered by Wild Apricot Membership Software