Both the RD and TD for cp-Ti showed an increasing trend in major limit strain with specimen width.
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The Effect of Specimen Width on the Deformation Behavior and Formability of cp-Ti Grade 4 Sheets During Uniaxial and Cyclic Bending Under Tension Loading.
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The sentences
Minor limit strains showed a decreasing trend with increasing width for both the RD and TD, although not all data followed this behavior due to the variability of strains at the peak stresses, e.g., 100 mm and 140 mm data for cp-Ti.
There was a clear trend observed, i.e., as the specimen width increased, the engineering strain at fracture increased.