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Effect of Connection Type on the Behaviour of Cold-Formed Steel Sheathed Shear Walls under Monotonic Loading Cover

Effect of Connection Type on the Behaviour of Cold-Formed Steel Sheathed Shear Walls under Monotonic Loading

Open Access
|Jun 2026

Figures & Tables

Figure 1:

The wall configuration

Figure 2:

Test setup schematic and arrangement of LVDTs

Figure 3:

Front view of the test setup

Figure 4:

Typical elastic shear buckling and tension field development

Figure 5:

Comparing of failure modes among the finite element model and the experimental results for specimen-S1

Figure 6:

Comparing of failure modes of the finite element model and the experimental results for specimen-S2

Figure 7:

Lateral load-displacement response

Figure 8:

Load-displacement behaviour of self-drilling screw

Figure 9:

Load-displacement behaviour of high strength bolt, D=6mm

Figure 10:

Load–displacement behaviour of high strength bolt, D=10mm

Figure 11:

Finite element model of steel sheathed CFS shear wall

Figure 12:

Comparison among finite element results and the experimental results

Figure 13:

Comparison of lateral load–displacement curves among finite element results and experimental results

Figure 14:

Lateral load-displacement response

Figure 15:

Failure mode of the shear wall panel

Figure 16:

Connectors force output for the shear wall panel with10mm HSB

Figure 17:

Effect of fastener spacing on the ultimate load of steel sheathed shear wall, shear wall panel with 0.8mm sheathing thickness and 1875mm width

Figure 18:

Effect of fastener spacing on the maximum fastener force, shear wall panel with 1875mm width, and 12mm HSB

Figure 19:

Effect of sheathing thickness on the ultimate load of steel-sheathed shear wall, shear wall panel with 100mm fastener spacing and 2500mm width

Figure 20:

Effect of sheathing thickness on the maximum fastener force, shear wall panel with 2500mm width, and 10mm HSB

Figure 21:

Effect of wall width on the ultimate load of steel-sheathed shear wall, shear wall panel with 0.8mm sheathing thickness and 50mm fastener spacing

Figure 22:

Effect of wall width on the maximum fastener force, shear wall panel with 0.8mm sheathing thickness, and 6mm HSB

Connectors force output for the shear wall panel with 0_8mm sheathing thickness and 1875mm width under different fastener spacing

Fastener spacing [mm]Shear wall panel with self-drilling screwShear wall panel with HSB, D=6mmShear wall panel with HSB, D=10mmShear wall panel with HSB, D=12mm
Fastener strength a [N]Max. fastener force b [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failure
501300130047003264.379903264.394003264.3
100130013004700470079905986.194005986.1
15013001300470047007990799094008990.5

Tension coupon test results

MemberThickness [mm]Yield stress Fy [MPa]Tensile stress Fu [MPa]
Sheathing1.0227270
Stud/Track1.5260310

Connectors force output for the shear wall panel with 100mm fastener spacing and 2500mm width under different sheathing thickness

Fastener spacing [mm]Shear wall panel with self-drilling screwShear wall panel with HSB, D=6mmShear wall panel with HSB, D=10mmShear wall panel with HSB, D=12mm
Fastener strength a [N]Max. fastener force b [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failure
0.46006002500250045003698.852003698.8
0.68508503800380065205727.576005727.5
0.8130013004700470079906260.894006260.8
1.0199019905600560095506421.5112006421.5
1.22750275067006700114007436.9134007436.9

Connectors force output for the shear wall panel utilizing four different fasteners type

Shear wall panel with self-drilling screwShear wall panel with HSB, D=6mmShear wall panel with HSB, D=10mmShear wall panel with HSB, D=12mm
Fastener strength a [N]Max. fastener force b [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failure
8508503800380065205542.376005542.3

Comparison among experimental results and calculated values according to AISI S100-16 and AISC 360-22 Standards

Framing thickness [mm]Sheathing thickness [mm]Maximum strength for self-drilling screw [N]Maximum strength for high strength bolt, D=6mm [N]Maximum strength for high strength bolt, D=10 mm [N]
Experimental resultsAISI-S100-16 equationΔF [%]Experimental resultsAISC-360 equationΔF [%]Experimental resultsAISC-360-22 equationΔF [%]
1.50.68501044.5917.033800334814.76520558017.4
1.50.813001608.2516.4470044649.7799074407.3
1.51.019902247.67.1560055807.4955093000.96
1.51.227502954.545.5670066963.411400111601.3

Comparison among experimental results and finite element results

Test labelExperimental resultsFinite element resultsΔF (%)Δu (%)
Shear strength strength (kN/m)Displacement (mm)Shear strength (kN/m)Displacement (mm)
Models Tested by Yu and Chen (2009)8×2×350-33×27-213.354.61451.85.35.1
8×2×350-33×27-68.367.88.871.465.3
8×6×350-43×30-2-B18.137.817.734.92.27.7
8×4×350-33×17-67.6337.535.81.38.5
8×6×350-54×33-2-B24.83425.832.345
8×2×350-43×33-2-C23.455.924.252.23.46.6
8×4×350-43×33-2-C22.932.823.932.34.41.5
8×6×350-43×33-2-C22.327.924.729.210.84.7
8×6×350-43×30-2-C19.635.81935.63.10.6
8×6×350-54×33-2-C2939.630.739.95.90.8
8-6-600-43-33-2-C21.525.721.223.91.47
8-6-350-43-27-2-D21.436.121.438.205.8
Models Tested by Balh (2010)Configuration-16.633.16.83039.4
Configuration-210.838.611.1402.83.6
Configuration-35.9295.927.505.2
Configuration-81365.313.1600.88.1
Configuration-915.753.115.749.906
Configuration-1010.544.210.3461.94.1
Configuration-1115.325.8152427
Configuration-189.233.29.830.86.57.2
Models tested by Rizk (2018)W136.741.737.239.21.46
W240.448.34145.21.56.4
W33679.838.781.27.51.8
W43071.132.2757.35.5
W526.769.228.6707.11.2
W619.65819.3561.53.4
W733.529.532.53031.7
W829.235.430.2353.41.1
W925.740.227.1395.43
W1020.529.120.4300.53.1
W1135.236.838.1358.24.9
W1230.231.930.83026
W1324.829.625.227.81.66.1
W1419.228.419.9273.64.9
Models tested by Cheng Yu et al. (2007)4×8×43×33-6/1216.443.716.8452.43
4×8×43×33-4/1217.641.917.441.11.11.9
4×8×43×33-2/1220.141.920.438.81.57.4
4×8×43×30-6/1213.148.812.851.82.36.1
4×8×43×30-4/1214.350.314.249.30.72
4×8×43×30-2/12154515.347.325.1
4×8×33×27-6/129.539.110.240.47.43.3
4×8×33×27-4/1210319.632.845.8
4×8×33×27-2/1211.943.212.141.41.74.2
2×8×43×33-615.579.516.180.33.91
2×8×43×33-416.766.816.669.90.64.6
2×8×43×33-219.575.919.371.815.4
2×8×43×30-61386.41387.601.4
2×8×43×30-414.178.514.3781.40.6
2×8×43×30-21675.216.371.91.94.4

Parameters included in the parametric study

ParameterRange of parameters
Fastener spacing [mm]50, 100,150
Sheathing thickness [mm]0.4, 0.6, 0.8, 1.0, 1.2
Wall width [mm]625, 1250, 1875, 2500
Fastener typeSelf-drilling screw 5.2mm, HSB 6,10, and 12mm

Connectors force output for the shear wall panel with 0_8mm sheathing thickness and 50mm fastener spacing under different wall width

Wall width [mm]Shear wall panel with self-drilling screwShear wall panel with HSB, D=6mmShear wall panel with HSB, D=10mm
Fastener strengtha [N]Max. fastener forceb [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failureFastener strength [N]Max. fastener force [N]Connection failure
6251300130047002361.679902361.6
12501300130047002969.379902969.3
18751300130047003264.379903264.3
25001300130047003499.0579903499.05
DOI: https://doi.org/10.2478/cee-2026-0044 | Journal eISSN: 2199-6512 | Journal ISSN: 1336-5835
Language: English
Page range: 739 - 763
Submitted on: Aug 4, 2025
Accepted on: Sep 26, 2025
Published on: Jun 19, 2026
Published by: University of Žilina
In partnership with: Paradigm Publishing Services
Publication frequency: 4 issues per year

© 2026 Sherif A. Mourad, Bassem L. Gendy, Rehab M. Elsaied, published by University of Žilina
This work is licensed under the Creative Commons Attribution 4.0 License.