...@zju.edu.cn computational mechanics constitutive modeling of materials mechanical properties of materials micromechanics Accepted Manuscript Not Copyedited Journal of Applied Mechanics. Received January 29, 2023; Accepted manuscript posted March 01, 2023. doi:10.1115/1.4062077 Copyright © 2023...

... for publication in the J ournal of A pplied M echanics . 05 02 2023 25 02 2023 28 02 2023 07 03 2023 Email: dengke.chen@sjtu.edu.cn Email: guojinjin@sjtu.edu.cn Email: yinzhang@mit.edu computational mechanics mechanical properties of materials micromechanics...

... Contributed by the Applied Mechanics Division of ASME for publication in the J ournal of A pplied M echanics . 16 01 2023 08 02 2023 10 02 2023 16 02 2023 computational mechanics constitutive modeling of materials flow and fracture micromechanics wave propagation...

... echanics . 16 01 2023 08 02 2023 10 02 2023 16 02 2023 energy release rate and delamination failure criteria flow and fracture micromechanics wave propagation Accepted Manuscript Not Copyedited Journal of Applied Mechanics. Received January 16, 2023; Accepted...

... the black-box ML model is quite challenging. As a result, physics-informed neural networks (PINNs) represent the best of the two previously described methodologies in the next generation of ML models. To put it another way, PINN seeks to overcome the limits of both phenomenological and micromechanical...

... micromechanics References [1] Nguyen , H. T. , Pathirage , M. , Rezaei , M. , Issa , M. , Cusatis , G. , and Bažant , Z. P. , 2020 , “ New Perspective of Fracture Mechanics Inspired by Gap Test With Crack-Parallel Compression ,” Proc. Natl. Acad. Sci. USA , 117 ( 25...

... debonding plastic deformation micromechanics plasticity stress analysis structures References [1] Ritchie , R. O. , 2011 , “ The Conflicts Between Strength and Toughness ,” Nat. Mater. , 10 ( 11 ), pp. 817 – 822 . 10.1038/nmat3115 [2] Tanoglu , M. , McKnight...

..., and the volume fraction of fibers, φ, is of power law form. The derivation of this relation based on micromechanics considerations takes as input the structural evolution represented by the dependence of the mean segment length of the network, l c , on the current density, ρ (ρ is defined as the total length...

...H. Tran; H. B. Chew Unlike micromechanics failure models that have a well-defined crack path, phase-field fracture models are capable of predicting the crack path in arbitrary geometries and dimensions by utilizing a diffuse representation of cracks. However, such models rely on the calibration...

... ]. mechanotransduction cytoskeletal contraction membrane tension free energy growth self-assembly constitutive modeling of materials micromechanics thermodynamics 27 08 2022 12 09 2022 13 09 2022 06 10 2022 Contributed by the Applied Mechanics Division of ASME for publication...

... learning attention models progressive diffusion models transformer language models computational mechanics constitutive modeling of materials flow and fracture mechanical properties of materials micromechanics structures References [1] Tong , Q. , and Li , S...

... by the Applied Mechanics Division of ASME for publication in the J ournal of A pplied M echanics . 29 05 2022 01 09 2022 03 09 2022 27 09 2022 dynamics micromechanics National Natural Science Foundation of China 10.13039/501100001809 U1930206 Natural Science...

... for publication in the J ournal of A pplied M echanics . 03 08 2022 06 09 2022 07 09 2022 27 09 2022 fiber network force chain strain stiffening micromechanics National Science Foundation 10.13039/100000001 CMMI-1749400 Fiber networks are the primary...

... Waals interaction twisted 3R-MoS 2 bilayer symmetry breaking mode pair splitting local buckling dynamics mechanical properties of materials micromechanics vibration References [1] Weber , P. , Guttinger , J. , Tsioutsios , I. , Chang , D. E. , and Bachtold...

... model gate control theory computational mechanics constitutive modeling of materials micromechanics stress analysis structures References [1] Raja , S. N. , Carr , D. B. , Cohen , M. , Finnerup , N. B. , Flor , H. , Gibson , S. , Keefe , F. J...

... mechanical properties of materials micromechanics The control of the mechanical properties of nanostructures, multilayers, and thin films on substrates undergoing stress is of paramount importance in the fields of solid mechanics and materials science, because of the numerous applications...

... for publication in the J ournal of A pplied M echanics . 12 06 2022 29 06 2022 29 06 2022 19 07 2022 constitutive modeling of materials micromechanics National Natural Science Foundation of China 10.13039/501100001809 11872334 Graphene films have attracted...

... diffusion kinetics during lithiation and delithiation that explains an underlying mechanism of Li trapping in silicon particles. Division of Materials Research 10.13039/100000078 DMR-1832707 computational mechanics silicon composite anode micromechanics stress analysis lithium-ion...

... nanoindentation size effects mechanical properties creep rechargeable battery electrodes computational mechanics constitutive modeling of materials mechanical properties of materials micromechanics plasticity Division of Civil, Mechanical and Manufacturing Innovation 10.13039/100000147...

... the membrane’s behavior. elasticity mechanical properties of materials micromechanics thermodynamics 19 02 2022 03 05 2022 03 05 2022 26 05 2022 References [1] Cooper , G. M. , Hausman , R. E. , and Hausman , R. E. , 2007 , The Cell: A Molecular...