- GSE Features
Variable anchorage slip in wood shearwalls
GSE Features
TECHNICAL FEATURE // VARIABLE ANCHORAGE SLIP IN WOOD SHEARWALLS
The deflection limit state often controls the design of wood shearwalls. At each story, the lateral drift must be verified and be within the limit prescribed by the applicable design code. The deflection of a shearwall is governed by the bending, the shear deformation, the nail slip and the anchorage slip of the wall.
To enhance productivity of GSE Timber software‘ users, the Anchorage Elongation Method can be defined as variable (tension only) and variable (tension and compression). The anchorage slip is calculated at each iteration according to the tension efforts at the anchorage locations.
In the GSE Timber Software, the anchorages are defined in the Anchorages tab of the Wall Attributes menu.
There are three (3) options to consider for the anchorage slip: Fixed, Variable (Tension Only) and Variable (Tension and Compression).
To enhance productivity of GSE Timber software‘ users, the Anchorage Elongation Method can be defined as variable (tension only) and variable (tension and compression). The anchorage slip is calculated at each iteration according to the tension efforts at the anchorage locations.
In the GSE Timber Software, the anchorages are defined in the Anchorages tab of the Wall Attributes menu.
There are three (3) options to consider for the anchorage slip: Fixed, Variable (Tension Only) and Variable (Tension and Compression).
The Fixed option allows users to specify a fixed anchorage slip value that will not vary during the analysis.
The Variable (Tension Only) option considers the tension efforts at the anchorage locations and uses the force-displacement relationship of the anchorage to calculate the anchorage slip.
The Variable (Tension and Compression) option considers the anchorage tension slip and also the crushing of the bearing plates of the wall on the compression side.
The input data for both the Variable (Tension Only) and the Variable (Tension and Compression) is shown below. The hold-down elongation at the hold-down resistance is generally defined by the hold-down manufacturer.
The Variable (Tension Only) option considers the tension efforts at the anchorage locations and uses the force-displacement relationship of the anchorage to calculate the anchorage slip.
The Variable (Tension and Compression) option considers the anchorage tension slip and also the crushing of the bearing plates of the wall on the compression side.
The input data for both the Variable (Tension Only) and the Variable (Tension and Compression) is shown below. The hold-down elongation at the hold-down resistance is generally defined by the hold-down manufacturer.
GSE Software - Advanced Structural Engineering
The GSE General Structural Engineering is a fully integrated analysis and design software for structural engineering. The software accounts for steel, cold-formed steel, concrete, automated slab design, timber, light frame wood and aluminum.
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Variable anchorage slip in wood shearwalls
To enhance productivity of GSE Timber software’ users, the Anchorage Elongation Method can be defined as variable (tension only) and variable (tension and compression). The anchorage slip is calculated at each iteration according to the tension efforts at the anchorage locations.
Fatigue limit state
HSE users can efficiently set and edit all required fatigue parameters for the structure allowing to consider all applicable fatigue loads such as Galloping, Natural Wind Gust, or Truck-Induced Gust.
Live load reduction
The live load reduction is available for the GSE steel, concrete, aluminum, and wood modules. The live load reduction will be applied to the columns of the structure.
Live loads can be automatically reduced according to the selected method. The software computes the live load reduction factor (LLRF) that will reduce the effective axial compression force in columns.