Fig. 13.7 ± 45° Tensile shear test More

Fig. 13.8 Two-rail shear test More

Fig. 13.9 Iosipescu shear test More

Fig. 13.10 Interlaminar shear test More

Fig. 13.18 Adhesive shear tests More

Fig. 13.19 Single lap shear test More

Fig. 13.20 Typical double lap shear test More

Fig. 14.24 Combined compression shear test method. ITTRI, Illinois Institute of Technology Research Institute More

Fig. 17.22 Typical single-lap shear test specimen More

Fig. 9.8 Typical single-lap shear test specimen. Source: Ref 9.1 More

Fig. 8.12 Schematic representation of Iosipescu shear test fixture and specimen (ASTM D 5379). Source: Ref 8.3 More

Fig. 14 Example of set for shear-strength testing of plastics More

Fig. 23.21 Base-and-pin shear specimen used for testing BAg-19 brazing alloy. Source: Grant 1979 More

Fig. 23.26 Schematic illustration of cylinder/ring push specimen and test fixture for shear testing of brazed joints. Source: Grant 1979 More

Fig. 23.15 Ultimate shear stress versus test temperature for lap-shear specimens of beryllium brazed to beryllium. Source: Marschall 1990 More

Fig. 5.37 (a) Bond adhesion strength test setup (ASTM C 633) along with a schematic showing various coating failure modes. (b) Triple-lug shear test setup. Source: Ref 5.79 , 5.84 More

Fig. 11.3 (a) Dense (99.9%) microstructure of Al-6061 cold-sprayed coating on a magnesium substrate. (b) Comparison of wrought vs. cold-sprayed Al-6061 mechanical strength. (c) Bond adhesion test for cold-sprayed aluminum. (d) Lug shear test on different magnesium substrates. (e) Galvanic More

Fig. 11.3 (a) Dense (99.9%) microstructure of Al-6061 cold-sprayed coating on a magnesium substrate. (b) Comparison of wrought vs. cold-sprayed Al-6061 mechanical strength. (c) Bond adhesion test for cold-sprayed aluminum. (d) Lug shear test on different magnesium substrates. (e) Galvanic More

Fig. 13.12 Double shear bolt bearing test More