Shear Design Strengths and Allowable Shear Loads for 1/4″- and 3/8″-diameter Titen HD anchors with 1″ Nominal Embedment Depth.

There are similarities that you will find between all TEB documents and as well as specific conditions unique for each product. Load tables that you will find in all TEB documents include the following: Tension Design Strength in Normal-Weight Concrete. Tension Design Strength is also known as Strength Design, which uses the strength reduction factor, ø, based on using a load combination from ACI 318-14 Section 5.3. Allowable Tension Loads in Normal-Weight Concrete for Static, Wind and Seismic loads. Loads provided in these Allowable Tension Load tables are based on tension design strengths that are converted to allowable tension loads using a conversion factor that is based upon a load combination dependent on the loading condition (static, wind, or seismic). Some specific conditions unique to each product include, but are not limited to: Shear Design Strengths and Allowable Shear Loads for both the Titen HD® and Strong-Bolt® 2 mechanical anchors. Load tables for both the soffit and topside of normal-weight concrete-filled profile steel deck assemblies for the Titen HD heavy-duty screw anchor. Shear Design Strengths and Allowable Shear Loads for 1/4"- and 3/8"-diameter Titen HD anchors with 1" Nominal Embedment Depth.

Shear Design Strengths and Allowable Shear Loads for 1/4″- and 3/8″-diameter Titen HD anchors with 1″ Nominal Embedment Depth.

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Shear Design Strengths and Allowable Shear Loads for 1/4″- and 3/8″-diameter Titen HD anchors with 1″ Nominal Embedment Depth.

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