... 2023 20 09 2023 21 09 2023 27 09 2023 Email: agangwar@me.iitr.ac.in Email: dhanashri.joglekar@me.iitr.ac.in laminates vibration wave propagation Accepted Manuscript Not Copyedited Journal of Applied Mechanics. Received July 03, 2023; Accepted manuscript posted...

... an updated Lagrangian, isogeometric Kirchhoff–Love (KL) shell formulation, building on the authors’ recent work in Ref. [ 9 ]. Office of Naval Research 10.13039/100000006 N00014-21-1-2670 computational mechanics laminates mechanical properties of materials structures 17 02...

... to known equations in those special cases. Email: ajparis@alaska.edu 06 06 2023 13 08 2023 14 08 2023 23 08 2023 boundary layers elasticity energy release rate and delamination failure criteria flow and fracture laminates mechanical properties of materials mixed...

...Ali Haydar; Gianni Royer-Carfagni Cantilevered laminated glass balustrades present design challenges. The cross-sectional warping allowed by the end constraint induces such strong asymmetrical deformations that traditional methods, defining the effective thickness of a monolith with equivalent...

... shape glassy nematic bilayer elasticity laminates 16 05 2021 08 06 2021 08 06 2021 02 07 2021 Contributed by the Applied Mechanics Division of ASME for publication in the J ournal of A pplied M echanics . Email: lhhe@ustc.edu.cn Email: xsxs19@mail.ustc.edu.cn...

... laminates. From a computational point of view, this undesirable effect leads to a singular stiffness matrix. In this work, the local kinematic field of RZT is enhanced with the other two zigzag functions that allow the coupling effect. In order to assess the accuracy of these new zigzag functions for RZT...

...Shiyao Lin; Anthony M. Waas The low velocity impact (LVI)-induced damage of a highly anisotropic laminate [0/90/0/90 9 ] s has been studied experimentally and numerically. The purpose of the analyses of this laminate is that this stacking sequence resembles a sandwich composite panel, in the sense...

... ) where μ ~ p is the effective transverse shear modulus of the laminate. The macroscopic strain ε ¯ 12 A and stress σ ¯ 12 A at the critical state A depend on whether phase 1 or phase 2 yields first. Assuming the former to be the case, which amounts to taking...

... bilayer tubes inversion and perversion constitutive modeling of materials elasticity laminates mechanical properties of materials structures Twist is a fundamental motion that is traditionally obtained by the application of torque. Interestingly, nature suggests that other loadings...

... into some of the mechanisms at play. We report experiments and simulations of a prototype laminated composite system comprising silicon layers separated by polymer interlayers, where the only failure mechanism is the tensile fracture of the brittle silicon. Two failure modes are observed for such composites...

... in a complex/large area of a substrate-free membrane, which could provide useful guidance for the application of dielectric elastomers in intelligent materials and structures. electromechanical wrinkling substrate-free dielectric elastomers hyperelasticity elasticity laminates mechanical properties...

...J. L. Liu; H. P. Lee; K. S. Lai; V. B. C. Tan Helicoidal laminates mimicking the laminar structure of the exoskeleton of crustaceans have been reported to resist higher out-of-plane loads than the common cross-ply and quasi-isotropic fiber-reinforced laminates. Some have reported that smaller inter...

...Mor Mega; Orly Dolev; Leslie Banks-Sills Several two- and three-dimensional mixed-mode interface failure criteria are proposed for predicting delamination failure in multidirectional, laminate composites. The proposed criteria, based on the stress intensity factors K 1 , K 2 , and K I I I , as well...

...Neda Karami Mohammadi; Pavel I. Galich; Anastasia O. Krushynska; Stephan Rudykh We investigate the behavior of soft magnetoactive periodic laminates under remotely applied magnetic field. We derive explicit formulae for the induced deformation due to magnetic excitation of the laminates...

...Santosh Kapuria; Poonam Kumari The extended Kantorovich method originally proposed by Kerr in the year 1968 for two-dimensional (2D) elasticity problems is further extended to the three-dimensional (3D) elasticity problem of a transversely loaded laminated angle-ply flat panel in cylindrical...

... of Strain Energy Release Rate Components for Edge-Delaminated Composite Laminates ,” Eng. Fract. Mech. 0013-7944 , 30 , pp. 383 – 396 . 10.1016/0013-7944(88)90196-8 Suo , Z. , and Hutchinson , J. W. , 1990 , “ Interface Crack Between Two Layers ,” Int. J. Fract. 0376-9429 , 43 , pp...

... of the three-point bending responses of these beams were also conducted by constructing a FE model by laying up unidirectional plies in appropriate orientations. The initiation and growth of damage in the laminates were included in the FE calculations. With this embellishment, the FE model was able to predict...

... theories. Typical cross-ply (0 deg/90 deg) laminated panels (10 and 20 layers) are considered in the numerical investigation (these were suggested by European Aeronautic Defence and Space Company (EADS) in the framework of the “Composites and Adaptive Structures: Simulation, Experimentation and Modeling...

... the peak load to be reached within approximately the same time. Two series, in which the laminate is fiberglass G-10/FR4, are tested at Northwestern University, and the third series, in which the laminate consists of NCT 301 carbon fibers, is tested at the University of Michigan. Except for the smallest...

... composite laminate sheet is analyzed. The fracture process zone (or cohesive zone) at the corner is approximated as an equivalent sharp crack according to the linear elastic fracture mechanics (LEFM). The asymptotic singular stress and displacement fields surrounding the corner tip and the tip...