... of random fiber networks. 03 02 2025 28 03 2025 13 04 2025 17 04 2025 Email: hatami@uic.edu Email: amishr41@uic.edu computational mechanics elasticity micromechanics Accepted Manuscript Not Copyedited Journal of Applied Mechanics. Received February 03, 2025...

... sequential folding. Contributed by the Applied Mechanics Division of ASME for publication in the J ournal of A pplied M echanics . 09 12 2024 31 03 2025 13 04 2025 16 04 2025 Email: desimone@sissa.it Email: teresi@uniroma3.it computational mechanics elasticity...

... of ASME for publication in the J ournal of A pplied M echanics . 21 12 2024 05 04 2025 13 04 2025 16 04 2025 Email: aritra.chatterjee@hyderabad.bits-pilani.ac.in Email: deepakkumaromre@manit.ac.in constitutive modeling of materials elasticity mechanical...

...G. R. Krishna Chand Avatar; Vivekanand Dabade Kirchhoff's kinetic analogy relates the equilibrium solutions of an elastic rod or strip to the motion of a spinning top. In this analogy, time is replaced by the arc length parameter in the phase portrait to determine the equilibrium configurations...

...Edoardo Arbib; Noemi Barrera; Paolo Biscari; Giovanni Zanzotto We study the mechanics of temperature-driven reconstructive martensitic transformations in crystalline materials, within the framework of nonlinear elasticity theory. We focus on the prototypical case of the square-hexagonal transition...

... stiffness elasticity mechanical properties of materials structures National Natural Science Foundation of China 10.13039/501100001809 12102193 Nature is a great laboratory for high-performance artificial materials and systems [ 1 ], for instance, biomorphic mineralization exhibits...

... by flexible sensors for continuous blood pressure monitoring, utilizing the conformal transformation method. The blood artery and surrounding tissues are modeled as an elastic half-plane with a circular cavity, subjected to uniform radial pressure at the cavity's inner boundary. By combining conformal...

... materials constitutive modeling reaction-diffusion transient electronics computational mechanics elasticity mechanical properties of materials micromechanics structures Rapid and transformative developments of high-performance electronics and integrated systems affect nearly every aspect...

... wavelength lc (see text) of the axisymmetric mode for this particular shell. spherical shells buckling imperfection sensitivity knockdown factor finite-element simulations elasticity structures Studying the buckling of spherical shells has a long history due to their structural...

...Van-Luat Nguyen This work presents new formulas for determining the elastic moduli of a random ellipse-inclusion model with spring-layer imperfect interfaces in a two-dimensional space. The surface of the ellipse inclusion, with an infinitely thin coating, has a significant influence...

... framework will provide insights for solving more complex moiré patterns and facilitate the application of moiré patterns in X-ray diffractions, wave manipulations, molecular dynamics, and other fields. elasticity mechanical properties of materials micromechanics structures National Natural...

...Ge QI; Huai-liang Zheng; Chen-xi Liu Bundled elastic hollow cylinders are one of the most widely adopted configurations in biomaterials and architected materials. A fundamental problem in the behavior of the bundled elastic hollow cylinders is that of the oblique compression of two hollow cylinders...

...Fani Derveni; Arefeh Abbasi; Pedro M. Reis We perform numerical experiments using the finite element method (FEM) to investigate the effect of defect–defect interactions on the pressure-induced buckling of thin, elastic, spherical shells containing two dimpled imperfections. Throughout, we quantify...

... The framework of the physics-informed neural networks minimum potential energy principle Galerkin method nonlocal physics-informed neural networks meshless nonordinary state-based peridynamics computational mechanics elasticity failure criteria mixed mode fracture Natural Science...

...Jan Eliáš; Josef Martinásek; Jia-Liang Le This study investigates the use of the J -integral to compute the statistics of the energy release rate of a random elastic medium. The spatial variability of the elastic modulus is modeled as a homogeneous lognormal random field. Within the framework...

... model analytical expression computational mechanics elasticity mechanical properties of materials stress analysis structures In the rapidly advancing field of engineering, negative stiffness metamaterial (NSM) has earned significant interest in the past few years [ 1 ]. Typically, NSMs...

...R. C. McAvoy; D. J. Steigmann We present a model for incremental deformations of an elastic solid reinforced by a single family of fibers that offer resistance to extension, flexure, and torsion. The theory is cast in the setting of small-on-large deformations and provides a framework...

...Giang Thi Ha Pham; Vinh Chi Pham The existence of Stoneley waves propagating in two micropolar isotropic elastic half-spaces with sliding contact was considered by Tajuddin (1995, Existence of Stoneley Waves at an Unbonded Interface Between Two Micropolar Elastic Half-Spaces, ASME J. Appl. Mech...

...Zhilin Han; Sofia G. Mogilevskaya; Anna Y. Zemlyanova The plane strain problem of an isotropic elastic matrix subjected to uniform far-field load and containing multiple stiff prestressed arcs located on the same circle is considered. The boundary conditions for the arcs are described by those...

... intensity 0–15 kW/m 2 E Elastic modulus of the LCE fiber 0–10 MPa a Baffle height 0–0.3 M k Spring constant 0–20 kg/s 2 A Cross-sectional area of the LCE fiber 0–5 mm 2 m Mass of baffle 0–0.2 kg L 0 Original length of the LCE...