... 2023 14 02 2023 additive manufacturing XFEM mechanical properties 17-4 PH stainless steel elastic behavior mechanical behavior plastic behavior Additive manufacturing (AM) technology provides a novel approach to optimize designs and optimal use of materials to fabricate...

... ngineering M aterials and T echnology . This work is in part a work of the U.S. Government. ASME disclaims all interest in the U.S. Government's contributions. 08 02 2022 03 01 2023 04 01 2023 03 02 2023 constitutive relations materials processing plastic behavior...

... property relationships plastic behavior References [1] Mosleh , A. O. , Kotov , A. D. , Vidal , V. , Mochugovskiy , A. G. , Velay , V. , and Mikhaylovskaya , A. V. , 2021 , “ Initial Microstructure Influence on Ti–Al–Mo–V Alloy’s Superplastic Deformation...

... elastic behavior fracture mechanical behavior metals polymers ceramics intermetallics and their composites microstructure property relationships plastic behavior Aluminum (Al) alloys can be used in several sectors including transportation, electrical, biomedical, aerospace, and military...

... was originally presented by Deshpande and Fleck [ 19 ]. In their work, they proposed two phenomenological isotropic constitutive models to approximate the plastic behavior of open- and closed-cell aluminum foams ( Alporas and Duocel ) tested under uniaxial and hydrostatic compression, which is meanwhile...

... study. The microstructure of DP steels mainly consists of two phases: ferrite and martensite. In this paper, the plastic behavior, ductile fracture property and stress triaxiality relation of DP590, DP780, DP980, and DP1180 sheets are shown to be fully characterized by Hill’s [ 15 ] orthotropic...

... for publication in the J ournal of E ngineering M aterials and T echnology . 01 04 2022 23 06 2022 23 06 2022 11 08 2022 ductile fracture 2024 aluminum triaxiality lode parameter equivalent plastic strain fracture strain constitutive relations mechanical behavior plastic...

...–Cook flow stress model strain rate sensitivity temperature sensitivity ball impact tests ball indentation tests plastic behavior Copyright © 2022 by ASME 2022 American Society of Mechanical Engineers 0094-4289/2022/144(4)/041007/13/ $25.00 ...

... stainless steel hardening materials processing mechanical behavior metals polymers ceramics intermetallics microstructure property relationships plastic behavior Agence Nationale de la Recherche 10.13039/501100001665 16-CE08-0009 Ferritic stainless steels (FSS) are extensively...

... ournal of E ngineering M aterials and T echnology . 22 12 2021 05 04 2022 05 04 2022 26 04 2022 low-cycle fatigue Neuber's rule confined plasticity simplified methods ALO method constitutive relations fatigue mechanical behavior plastic behavior The low...

... Fe–Co–2V Hiperco ® fatigue Coffin–Manson strain-controlled testing fractography constitutive relations elastic behavior fracture mechanical behavior metals intermetallics plastic behavior Fe–Co–2V (Hiperco ® equivalent) is a soft ferromagnetic material that exhibits excellent...

... 15 02 2022 18 03 2022 1 Corresponding author. Email: shock@iitg.ac.in Email: ganu@iitg.ac.in Email: saibal@iitg.ac.in shock tube FSSW joining sheet forming strain rate failure plastic deformation constitutive relations fracture mechanical behavior plastic...

... relationships plastic behavior References [1] US DOE, 2002 , US DOE Nuclear Energy Research Advisory Committee and Gen IV International Forum, A Technology Roadmap for Generation IV Nuclear Energy Systems. [2] Collins , J. , 2009 , Next Generation Nuclear Plant Project Technology...

... for publication in the J ournal of E ngineering M aterials and T echnology . 01 02 2021 13 08 2021 13 08 2021 21 10 2021 forming limit diagram Marciniak test two-zone model niobium SRF mechanical behavior metals plastic behavior European Commission 10.13039...

... slip dislocations from an active system by an inactive system enables our crystal plasticity model to capture the near-ideal plastic behavior of the single crystal loaded in the [ 3 ¯ 48 ] direction. Fig. 5 The comparison of the cross slip probability among the six slip systems...

... embrittlement microstructure–property relationships plastic behavior From the Manhattan Project onward, understanding nuclear materials behavior and irradiation effects on metal alloys has been a topic of interest. Beyond weapon's needs, the nuclear energy community desired to understand potential...

... coating showed an elasto-plastic behavior. Analysis of the load–displacement ( P–h ) curves, based on the Oliver–Pharr model [ 21 ], allows estimating the hardness H and Young's modulus E of the film through the approach given in Fig. 4( b ) . This method uses power law to fit the unloading curve...

.... Sandia National Laboratories 10.13039/100006234 SPO: 2165065 mechanical behavior microstructure property relationships plastic behavior 15 12 2020 09 08 2021 10 08 2021 03 09 2021 Contributed by the Materials Division of ASME for publication in the J ournal...

... system [ 100 ]. It represents a strong theory of the macroscopic effects of dislocation glide on plastic behavior. As the kinematic formulation has reached a simplified and tractable form, larger simulations have become feasible. Recent studies of the deformation of tricrystals [ 107 ], microwires [ 108...

... grain boundaries stress gradient plasticity strain gradient plasticity micromechanical modeling materials processing mechanical behavior microstructure property relationships plastic behavior There is a tradeoff between improved ductility or higher strength in polycrystalline metallic...