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Upcoming SEAoT events

    • 09/16/2025
    • 12:00 PM - 1:00 PM
    • Old San Francisco Steak House, 10223 Sahara Dr, San Antonio, TX 78216
    • 11

    Dear Members:

    The next meeting of the SEAoT San Antonio Chapter will be held on Tuesday, September 16th, 2025.  We will be hosting our meeting at Old San Francisco Steak House.

    Topic: Cold Formed Steel Truss Systems 101

    Summary:

    Cold-formed steel is the material of choice for a variety of commercial & residential construction projects. The presentation will discuss the characteristics and efficiencies of CFS products, the typical applications of CFS truss systems, and truss design & specification standards for your projects.


    Objectives:

    • Explain the value of using cold-formed steel truss systems with respect to design efficiencies and fabrication methods.
    • Identify appropriate cold-formed steel framing standards and their relationship to the building code.
    • Evaluate the characteristics and efficiencies inherent in using cold-formed steel truss systems.
    • Review the required information for delegated design of roofing systems and proper specification of CFS trusses.

    PresenterRyan Erickson, Technical Marketing Specialist, Alpine Steel


    Ryan Erickson is a Technical Marketing Specialist at Alpine TrusSteel. Alpine is an industry leading provider of engineering software, structural components, and assembly equipment for the truss manufacturing industry, with over 50 years of experience and a vast footprint across residential and commercial construction. TrusSteel is Alpine's Cold-Formed Steel truss division, providing non-combustible, light-gauge, floor and roof framing solutions for commercial and residential construction. Ryan has a master's degree in data science from the University of Florida and currently works with Alpine in Orlando assisting building designers with specification assistance, design assistance, and framing plan optimization.

      Time: 12:00 pm - 1:00 pm

      Cost:

      • $30 for Members
      • $40 for Non-Members
      • $15 for UTSA Faculty and Students

      Proceeds from meeting dues will contribute to the end of year fundraiser event.

      Payment:

      Registration will be open until Friday, September 12th at 12pm (CT).

      After registering, we encourage you to pay online using one of the following options:

      Please note that after payment, your invoices will still show a balance until payments have been reconciled with PayPal.  This will occur prior to the meeting date.

      Meeting Sponsorship:

      By clicking "Register", you agree to receive marketing communications from the Event Host and its Sponsors.

      Sincerely,

      SEAoT San Antonio Chapter

      • 09/17/2025
      • 11:30 AM - 1:00 PM
      • Rex's Bar and Grill
      • 24
      Register


      Meeting Date: Wednesday, September 17, 2025

      Place: Rex's Bar and Grill 

      Address: 1501 S. University Drive, Fort Worth 76107

      Check In: 11:30am

      Announcements begin: 11:55am

      Presentation begins: 12:00pm

      Cost: $30.00 for members, 

      $40.00 for non-members

      $20.00 for students


      PROGRAM:

      Do We Really Know about Void Forms for Expansive Soils?

      Toward Rational Design of Void Forms for Expansive Soils

      What is the state of the practice in the design of void forms in expansive soils? Currently, structural engineers have not established a rational design method while the manufacturers have unilaterally developed all void form products on the market solely based on the empirical approach. No systematic testing nor comprehensive analysis for performance verification on these products has ever been conducted. Consequently, the field performance and safety factors of these installed void forms vary widely and are inconsistent.

      Furthermore, the sufficient degree of degradation of void forms made of corrugated carton materials has never been fully verified. At the same time, the non-degradable void forms made of plastic or expanded steel materials marketed by manufacturers specifically for inclement weather conditions create significant potential uplifting forces due to soil swelling. The effects of these uplifting forces have not been fully explored, including the cracking of invisible bottom slab surfaces due to the reversed bending moment distribution in the structural floor system and the altered load paths at the critical structural connections.

      Under this manufacturer-initiated product development and manufacturer-controlled market conditions, structural engineers have been left to merely choose and specify one of the void forms available on the market without verifying the vital structural claims advanced by the manufacturers. The structural engineer of record should require manufacturers submit their full development test data for independent verification before approving the product.

      This presentation critically reviews the current state of the practice for the design of void forms and proposes a rational design method in the format of ASD (Allowable Strength Design), based on the void form degradation curve and early-age concrete strength development. It also proposes the minimum requirements on void form material properties and void form degradation test data to be submitted by the manufacturers for independent verification.

      It is time for structural engineers to establish rational design methodology different from the unverified empirical approach advanced by the manufacturers.

      Presented by:

      Mr. Douglas Lee, Ph.D., PE

      Bio:


      My active engineering practice started in January 1970 in Manhattan, New York City, designing high-rise reinforced concrete structures after receiving a Ph.D. in Structural Engineering from UT-Austin.  For about 50 years, my practice has covered 6 states (NY, OH, TX, CO, GA, and KY) and the Republic of Korea. I retired in 2018 after working on the Korean Bullet Train Project ($6.5 billion, French TGV system, 217mph/350 km/h maximum design speed, 248-mile Seoul/Busan route) as a Special Engineering American Consultant and, in 2023 I returned to the practice primarily to continue my research in the area of void forms for expansive soils.

      For 13 years, taught two graduate-level courses (Advanced Reinforced Concrete Design and Highway Bridge Design) as Adjunct Lecturer of Civil Engineering at UT-Arlington.

      Served two terms of Chairmanship of ACI Design Handbook Committee, one term of ACI Technical Activities Committee, and five ACI technical committees. Received ACI Delmar L. Bloem Distinguished Service Award in 1993 and 50-year ACI Membership Citation in 2013 from the American Concrete Institute (ACI).

      Ran two Cowtown marathons in Fort Worth; climbed Three Sisters volcanic mountains (10,363 feet high) in Bend, Oregon; Hopped over 7 Hawaiian major islands, and drove Fiat (bought in Milan, Italy) over 3,000 miles through 6 European countries (Italy, Switzerland, France, Spain, Portugal, and Monaco).



      Registration Instructions:

      1. Please RSVP by 5:00 pm on Tuesday, September 16, 2025 using the REGISTER button above.

      2. Once you have registered for this event, please go to the Fort Worth Payment Page and make payment on this page.


      Please use the link below:

      Fort Worth Payment Page


      Interested in sponsoring an event with SEAoT Fort Worth? Click the link below to learn more

      Fort Worth Sponsorship


      • 09/18/2025
      • 11:30 AM - 1:00 PM
      • Amenities Hall, 3700 W Sam Houston Pkwy S, Houston, TX 77042
      • 45
      Register

      THURSDAY, September 18, 2025

      11:30 AM : Social

      11:45 AM : Lunch

      12:00 PM : Presentation Program

      1:00 PM   : Event Ends


      Amenities Hall, 3700 W Sam Houston Pkwy S, Houston, TX 77042 

      Tel: +1 713 266 6900

      Topic: Fitness-for-Service Assessments of structures and components in Oil & Gas Industry (1.0 PDH)

      Presenter:  Sathish Kumar Ramamoorthy, Ph.D., P.E.  

      Abstract: 

      This presentation highlights case studies of Fitness-for-Service (FFS) assessments of structures and components in the oil and gas industry. Using advanced finite element analysis (FEA) tools, the assessments evaluate the integrity, safety, and remaining service life of critical assets under various operating conditions. The case studies demonstrate practical applications of FFS methodologies, challenges encountered, and the insights gained to support safe and cost-effective decision-making in asset management.

      Bio: 

      Sathish Kumar Ramamoorthy is a Principal at Stress Engineering Services, Inc. with special interests in seismic analysis, structural engineering problems and finite element analysis. He has experience in the upstream and downstream industries doing strength analyses including fitness-for-service assessments, retrofit design of existing structures to meet the applicable codes due to changes in the loads or damage to the existing structure, and structural fire damage assessments. Sathish is a registered professional engineer in several states.

      Educational background: B.E (Civil Engineering) University of Madras, M.E. (Structural Engineering) Indian Institute of Science; M.S. (Engineering Mechanics), University of Nebraska, and Ph.D. (Structural Engineering) Texas A&M University


      REGISTRATION NOTE:

      Please register to save your place, then visit Houston Chapter Payments, select the appropriate option, and click "Buy Now".

      Registration closes 24 hours before the meeting. Walk-in registration accepted if seats/plates available.

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