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An Experimental Investigation of Transient Deformation Based on a State Variable Approach
Summary
This study investigated the transient deformation behavior of Type 316 austenitic stainless steel using a state variable approach that models multiple deformation elements including microplastic strain. The work characterizes how plastic, friction, and anelastic components combine to describe the material's mechanical response under cyclic loading.
49 Pag IV.2 Methods of Data Analysis IV.2.1 The Plastic Element (^ ) IV.2.2The Friction Element () IV.2.3The Anelastic Elements (a, and a ? ) .... IVr2.3.1 Determination of the Combined Anelastic Modulus M,+M 2 IV.2.3.2Determination of the Anelastic Modulus M, IV-2.4The Microplastic Element ( 2 ) DETERMINATION OF MATERIAL PARAMETERS FOR TYPE 316 AUSTENITIC STAINLESS STEEL V.2 Methods of Data Analysis V.2.1 The Friction Element () V.2.2The Plastic Element {<*.,)V.2.3The Anelastic Elements (a, and a) V.2.3.1 Determination of the Combined Anelastic Modulus M,+M" V.2,3.2Determination of the Anelastic Modulus M,