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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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Codes & StandardsTMS 402/602-22 Review #2: Major Structural Design Changes in TMS 402/602-22
$80.00 Add to cartTMS 402/602-22 Review #2: Major Structural Design Changes in TMS 402/602-22
This webinar will provide an overview of the major structural changes in TMS 402-22. One of the biggest changes was the introduction of compression-controlled sections in strength design. As a result of this, the maximum reinforcement provisions were deleted except for beams and intermediate and special shear walls under in-plane loads. The basis for the provisions, the impact on design, and some design aids will be presented.
Other structural changes that will be covered include: definition of net shear area particularly for beams, anchor bolt steel strength changing from being based on yield strength to ultimate strength, an increase of the allowable compressive force for masonry in allowable stress design, a change in the partially grouted shear wall factor, and an increase in the allowable shear friction strength as well as a change in the nominal shear friction strength for shear span ratios greater than 1. The potential impacts of these changes will also be reviewed.
Learning Objectives:
- Use the compression-controlled strength design provisions in TMS 402-22 and compare designs to TMS 402-16.
- Evaluate the change in anchor bolt steel strength in TMS 402-22
- Solve for shear friction strength for shear span ratios greater than 1 in TMS 402-22
- Name at least three other structural changes in TMS 402-22 and explain how they affect design
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 -
Achieving Resilience: How Masonry Supports Resilient Designs
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.
- Explain how resilient designs go beyond the minimum building code requirements.
- List at least three above-code standards that can be used with resilient designs.
- Describe inherent properties of masonry that provide resilience.
$75.00 -
Structural Masonry Detailing: Confined Lap Splices
Most designers who engineer reinforced masonry know that code provisions for lap splice lengths have been evolving over the past few code editions. This course provides an overview of a newer confinement-steel option that has the potential to significantly reduce the lap splice lengths, especially for larger diameter bars, through confinement of the structural reinforcement.
$75.00 -
Masonry Testing 101
Proper testing of masonry products is essential to ensure that materials meet project requirements. Proper testing procedures for masonry products is covered in this lesson and typical mistakes made will also be presented.
$75.00