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TMS 402/602-22 Review #5: Using the New Appendix D on Composite Reinforcement in Masonry
Glass Fiber Reinforced Polymer (GFRP) reinforcement in concrete was first introduced over 25 years ago by way of ACI 440R, but prior to TMS 402/602 2022, no companion guidelines existed for masonry construction. The new Appendix D of TMS 402/602 is a first standard in the U.S. for the use of GFRP reinforcement in masonry. GFRP reinforcement has applications in masonry for specialty use near electromagnetic equipment and in locations exposed to severe environments. Learn how to use the new Appendix D to design and specify GFRP reinforced masonry for your next project.
View other courses in this series or purchase the TMS 402/602-22 Review Bundle to access all 6 and save 10% compared to buying them separately.
$80.00
Description
Glass Fiber Reinforced Polymer (GFRP) reinforcement in concrete was first introduced over 25 years ago by way of ACI 440R, but prior to TMS 402/602 2022, no companion guidelines existed for masonry construction. The new Appendix D of TMS 402/602 is a first standard in the U.S. for the use of GFRP reinforcement in masonry. GFRP reinforcement has applications in masonry for specialty use near electromagnetic equipment and in locations exposed to severe environments. Learn how to use the new Appendix D to design and specify GFRP reinforced masonry for your next project.
Learning Objectives:
- Define the scope and limitations of use of the new Appendix D to TMS 402/602 2022
- Understand how GFRP reinforcement differs from steel reinforcement and the resulting differences in design philosophy
- Identify design parameters for GFRP reinforced masonry including strength reduction factors. flexural strength, shear strength, deflection limits, and creep rupture
- Review design examples implementing the new Appendix D provisions
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$80.00 Add to cartTMS 402/602-22 Review #3: Seismic/Limit States Design per TMS 402/602-22
This session of the TMS 402/602-22 Night School will review the changes to the provisions in Chapter 7 and Appendix C that effect the seismic design of masonry structures. This will include revisions to the requirements for special reinforced masonry shear walls, changes to the requirements based on the assigned Seismic Design Category, and changes made to the treatment of seismic displacements in the masonry code, including a new deformation compatibility provision. The potential impacts of these changes will also be reviewed.
Learning Objectives:
- Review the changes made in TMS 402/602-22 that affect seismic design
- Understand the technical background for the revisions to the provisions for special reinforced masonry shear walls
- Review the relationship between ASCE 7-22 seismic displacements and the TMS 402 provisions including the use of MCER displacements
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View other courses in this series or purchase the TMS 402/602-22 Review Bundle to access all 6 and save 10% compared to buying them separately.
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Codes & StandardsTMS 402/602-22 Review #1: Overview of Changes in TMS 402/602-22 and Review of the Specification for Masonry Structures
$80.00 Add to cartTMS 402/602-22 Review #1: Overview of Changes in TMS 402/602-22 and Review of the Specification for Masonry Structures
This course reviews the major changes from the 2016 edition to the 2022 edition of TMS 402/602. The 2022 edition was created using the first six-year revision cycle, allowing more comprehensive consideration of significant changes and reorganization of these Masonry Standards. In addition to reviewing the changes to the standards, this presentation reviews the Specification for Masonry Structures (TMS 602) and discusses the importance of why designers should be aware of how masonry is constructed.
Learning Objectives:
- Evaluate and utilize Masonry Standard updates
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- Recognize issues related to masonry construction
View other courses in this series or purchase the TMS 402/602-22 Review Bundle to access all 6 and save 10% compared to buying them separately.
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This course provides an overview of resilient design and discusses how resilient design is and is not covered by building codes and standards. The role of masonry construction in meeting resilient design goals is explained, and the inherent properties of masonry that make it resilient are described. Examples of resilient design strategies are provided.
Learning Objectives:
- Define resilience.
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- List at least three above-code standards that can be used with resilient designs.
- Describe inherent properties of masonry that provide resilience.
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