| Contents | |
| Section 1 | Magnetoelasticity |
| Nonlinear response of electroconducting elastic plates in a magnetic field; Three-dimensional numerical simulation of ferromagnetic microstructures; Finite element modelling and simulation of magnetostrictive materials; Mechanics of cracked ferromagnetic plates in a magnetic field; Constitutive modelling of magnetostrictive and soft ferromagnetic materials; Propagation of spin waves in a periodic layered space; Magnetoelastic vibrations and stability of ferromagnetic plates and shells | |
| Section 2 | Piezoelectric Fracture and Damage Mechanics |
| Electroelastic fracture mechanics of piezoelectric ceramics; Experimental study of fatigue and fracture of piezoceramics; Coupled electromechanical fracture of piezoelectric ceramics subjected to transient thermal loads; An exact solution for doubly periodic cracks in piezoelectric materials under antiplane shear; Application of path-independent integral to cracked piezoelectric materials; Damage evolution equation of piezoelectric ceramics and its application to simplified analysis of crack growth; On the nonlinear behaviour of interacting dielectric cracks in piezoelectric media; Two-dimensional electromechanical analysis of piezoelectric ceramics; On the energy release rate and the J-integral for a mode III insulating crack in a piezoelectric material | |
| Section 3 | Piezoelectric Buckling, Stability and Vibration |
| Enhancement of buckling capacity of column strips with piezoelectric layer; Variational and differential equations for the dynamics of a coated piezolaminated composite bar; Equations of high-frequency vibrations of porous piezoelectric plates; Frequency stability of piezoelectric resonators; Eigenvalue analysis for 2-D piezoelectric problems by the time-harmonic BEM | |
| Section 4 | Smart Sensors and Actuators |
Control of transient deformation in a heated intelligent composite disk; Ultrasonic imaging of structural damages using integrated sensor signals; Active vibration suppression of a gossamer spacecraft; Micro-actuators for structural control; Multimodal vibration control by using piezoelectric transducers and passive circuits |
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