Recommended Practice for Plane-strain Fracture Toughness Testing of High Strength Metallic Materials Using a Fatigue Cracked Bend Specimen |
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4-INCH SPAN advanced point ATTACHABLE KNIFE EDGE beams BEND SPECIMEN bend test fixture BI INCH C₁ calculate CALIBRATION CURVE CANTILEVER CLIP-IN DISPLACEMENT chevron notch CLIP-IN DISPLACEMENT GAGE constraint to plastic crack front crack length crack tip dard DEEP SPECIMENS DIAM displacement interval DOUBLE CANTILEVER CLIP-IN DOUBLE-CANTILEVER DISPLACEMENT GAGE extension under conditions fatigue crack Fracture Appearance Fracture Toughness Testing Fractures of type FULL OBLIQUE GAGE OF FIG INTEGRAL KNIFE EDGES J. E. Srawley Jones and W. F. Kic value Kic/oys least-squares-best-fit straight line linearity load-displacement record M. H. Jones maximum load Minimum Recommended Thickness oblique fracture OHM GAGES Plane-strain crack plane-strain fracture toughness PRACTICE FOR PLANE-STRAIN recommended practice secant set screws shown in Figure significant crack extension spacer block Specimen Dimensions specimen size SPECIMEN SIZES specimen thickness standard specimen Stanford University Stress Intensity Factor support rolls surfaces test record Testing of High unnotched edge valid Kic W. F. Brown yield strength Young's modulus