Perspectives in Dynamical Systems I: Mechatronics and Life Sciences

Jan Awrejcewicz is the head of the Department of Automation, Biomechanics and Mechatronics at Łódź University of Technology. He is a two-time recipient of the Humboldt Award, editor of a few international journals, and the organizer of a number of international conferences on Dynamical Systems Theory and Application.

• On the vibrational analysis for the motion of a rotating cylinder (Bek).- Nonlinear dynamics of the hierarchic system of oscillators (Skurativskyi).- Nonlinear dynamics of flexible mesh cylindrical panels in the white noise's field (Krylova).- A system for improving directional stability involving individual braking of 1, 2, or 3 wheels of articulated rigid body vehicles (Skurjat).- An experimental observation of the spatial motions of strings in resonance points under the planar excitation (Kim).- A delta-robot-based test bench for validation of smart products (Siqueira).- Towards online transient simulation of a real heat pump (Zamojski).- Mathematical approach to assess a human gait (Ludwicki).- Role of the immune system in AIDS-defining malignancies(Maurício de Carvalho).- Bio-Inspired Tactile Sensing: Distinction of the overall object contour and macroscopic surface features (Scharff).- Modelling and control of a lower limb exoskeleton driven by linear actuators (Grzelczyk).- Uncertainties in the movement and measurement of a hexapod robot (Kecskés).- The dynamics analysis of a spatial linkage with flexible links and imperfect revolute joints (Augustynek).- Application of homogenous transformations in dynamic analysis of truck trailers (Harlecki).- Improving capabilities of constitutive modeling of shape memory alloys for solving dynamic problems via application of neural networks (Martowicz).- Modeling of electro-hydraulic servo-drive for advanced control system design (Mozaryn).- Assessment of implementation of neural networks in on-board dynamic payload weighing systems (Kosiara).- Lower limb rehabilitation exoskeleton with a back support – mechanical design (Jarzyna).- Impact wave propagation in a thin elastic isotropic plate (Klimenda).- Optimal rendezvous with proportional navigation unmanned aerial vehicle (Cherkasov).- Geometry optimization of aeroelastic energy harvester (Sarbinowski).- Rolling heavy ball over the surface with arbitrary shape inreal Rn3 space (Hedrih).- Explicit model for surface waves on an elastic half-space coated by a thin vertically inhomogeneous layer (Prikazchikov).- Bending vibration systems which are complementary with respect to eigenvalues (Behn).