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Showing 1 to 7 of 7 for “"snap-through instability"”.

  1. Prediction of snap-through instability under harmonic excitation

    A method is developed to predict the critical harmonic excitation of systems undergoing nonlinear oscillations. The method is based on the total energy approach which limits the system responses within a region bounded by a critical total energy in the phase space. Three one-degree-of-freedom …

    vt Repository record for Prediction of snap-through instability under harmonic excitation (opens in a new tab)

  2. Analysis of Instabilities in Microelectromechanical Systems, and of Local Water Slamming

    … curve. Here we study the symmetry breaking, the snap-through instability, and the pull-in instability of bi-stable arch shaped MEMS under steady and transient electric loads. We analyze transient finite electroelastodynamic deformations of perfect electrically conducting clamped-clamped beams and …

    vt Repository record for Analysis of Instabilities in Microelectromechanical Systems, and of Local Water Slamming (opens in a new tab)

  3. Linear and nonlinear analysis of space trusses relative to cylindrical coordinates

    … symmetric reticulated domes which exhibit snap-through instability and which were subjected to radially symmetric loads were analyzed both linearly and nonlinearly. Along with the entire structures, "pie slices" of the structures were also analyzed. Accuracy was observed by comparison of …

    vt Repository record for Linear and nonlinear analysis of space trusses relative to cylindrical coordinates (opens in a new tab)

  4. Bending, Creasing, and Snapping of Soft, Slender Structures

    … soft, synthetic material that can bend, crease, snap, wrinkle in response to external stimulus like pH, humidity, electric field or swelling. If a droplet of favorable solvent is placed on top of a thin, elastomer beam, it bends drastically to accommodate the excessive swelling stress. Keeping …

    vt Repository record for Bending, Creasing, and Snapping of Soft, Slender Structures (opens in a new tab)

  5. Stability analysis of edge corrugated shells

    … 2. thin shells involve buckling and sudden snap-through instability, which designers commonly address by adopting simplified methods, based on the use of empirical knock-down factors. This research stems from an original building in Rome, the Palazzetto Flaminio dome, designed by A. …

    cagliari Repository record for Stability analysis of edge corrugated shells (opens in a new tab)

  6. A Variable Stiffness Energy Dissipation Device for Vibration Control of Steel Frames

    … imparted to a structure. However, the use of snap-through instability to dissipate energy and control vibration is rather new. The proposed energy dissipation device is a passive device that can exhibit snap-through and snap-back behaviors; and in the process of doing so, is able to dissipate …

    syracuse-diss Repository record for A Variable Stiffness Energy Dissipation Device for Vibration Control of Steel Frames (opens in a new tab)

  7. SMA-Induced Deformations In general Unsymmetric Laminates

    … stable configuration to the other by a simple snap-through action. This situation offers the opportunity to use shape memory alloys (SMA) attached to the laminate to generate the snap-through forces and change the shape of the laminate on command. Presented is a model which can predict …

    vt Repository record for SMA-Induced Deformations In general Unsymmetric Laminates (opens in a new tab)