Multistable structures are extensively researched due to their adaptability across various
operational conditions. A basic class of these multistable structures can be bistable …

The use of piezoelectrically controlled bistable composite laminates for morphing
applications has received increased attention in recent years. So far, most existing …

Multistable composite shells have received great attention in shape-changing morphing
applications due to their ability to attain more than one stable shape when cooled down from …

The snap-through is a typical geometric nonlinear problem for the bi-stable laminate
structures. Using the Macro Fiber Composite (MFC) actuators to actuate the snap-through …

Unsymmetric composite laminates exhibit two or more stable equilibrium shapes with
opposite curvature as a result of residual thermal stresses induced during the curing …

Moisture absorption in composite materials has significant importance in the analysis and
design of structural components, which fully depends on the surrounding environment …

Multistable laminates have attracted the attention of researchers for developing morphing
structures, as they can stay in different stable configurations without any need for external …

Plants are inspiring models for adaptive, morphing systems. In addition to their shape
complexity, they can respond to multiple stimuli and exhibit both fast and slow motion. We …

Multistable morphing structures have gained considerable attention over the past three
decades due to their ability to efficiently work in various operating conditions. Unsymmetrical …

This study investigates the natural vibration of trapezoidal bi-stable laminates (TBL) with
elastic supports at the midpoints of the median lines. Configuration of the midplane of the …