The book gathers review papers in emergent engineering applications and new horizons in nonlinear dynamics, and originates from DYCAELS 2023, the IV Conference on Dynamics, Control and Applications to Applied Engineering and Life Science, which was held in Ponta Grossa, Brazil, on November 6-11, 2023. The contributions cover diverse topics such as linear and nonlinear control, vibro-impact systems, energy harvesting, robotics, bioengineering, flexible structures, non-ideal excitation, aeroelastic instabilities, new materials, synchronization, stochastic dynamics, multistable systems, nonstationary dynamics and different time scales, wave propagation, chaotic dynamics and mechanisms and machine science.
Section 1 Editors Comments on the book.- Section 2 Dynamics of Shells,
Bifurcation Analysis and Application to Engineering and Sciences.- Nonlinear
vibration of functionally graded sandwich shallow shells resting on elastic
foundation.- Dynamical stability of thin shells with internal resonances.- A
New 4D Hyperchaotic Liu System with a Curve Equilibrium, its Bifurcation
Analysis and Circuit Simulation.- Section 3 Aerospace applications, machine
systems, underwater vehicles, space robots and vehicles.- Movement of
autonomous Space Robots by Using Artificial Intelligence.- Applications of
Space Trajectories Passing by the Atmosphere of Mars.- Dynamics Modeling of
Constrained Systems The programmed Motion approach.- An overview Rolling of a
heavy ball on curvilinear paths and surfaces of the basis of nonlinear
dynamics of radial and spherical ball bearings in machine systems.- Section 4
Nonlinear Dynamics, Chaos and Complex Systems and their applications to
Engineering and sciences.- The nonlinear coupling and synchronization in the
dynamics of complex systems.- A New No Equilibrium Chaotic Jerk System, its
Bifurcation Analysis and Synchronization.- Uniform asymptotic approximation
for a nonlinear electromechanical dynamic model.- Experimental and
numerical analysis of geometric nonlinearity in non ideal motors support
structures.- On nonlinear effects during the vibration of an unbalanced rotor
axis.- FPGA Design and Random Number Generator Using a 4 D Highly Chaotic
System with a Hyperbola of Equilibrium Points.- Nonlinear Dynamics and
Stability of Multistable Systems and Their Applications in Engineering and
Sciences Review and Analysis Tools.- Investigation of the Influence of
Magnetic Field and Dissipation on the Localization of Vibration in a Pendulum
System.- Dissipative standard mapping an analytical description of diffusion
and suppression of unlimited diffusion.- Bifurcations in the Biquadratic
Nontwist Map.- Section 5 Control and Energy transfer between oscillators.-
Stability with Prescribed Convergence Time Applied to Estimation and
Control.- Control of homoclinic bifurcation in a 2D dynamical system using
the 𝑳 optimal feedback control.- Pendular nonlinear dynamics and
energy harvesting.- Energy harvesting with two coupled horizontal beams.-
22. Galloping based energy harvesting using two-degree-of-freedom under
two aerodynamic forces.- Section 6 Mathematical Modeling , Computational
methods and General Topics to Engineering and science applications.- A simple
mechanical model of turbulence.- Computational Methods in Nonlinear
Dynamics.- Mathematical model for generating electrocardiogram signals.-
Recurrence Analysis of Nonlinear ECG Signals Modeled with Coupled Van der Pol
Oscillators.- Chemical coupling of phase oscillators.- A New Chaotic Lotka
Volterra Population Biology System, its Dynamic Analysis, and FPGA
Implementation.- Wave patterns in a hippocampal network.- Nonlinear model of
a single-module solar battery charging system using the Buck converter.
José Manoel Balthazar is visiting full Professor at Federal University of Technology PR, Ponta Grossa, Brazil, and Senior Professor at São Paulo State University (UNESP, Engineering School, Bauru, SP and full member of ACIESP (Academia de Ciências do Estado de São Paulo). His research interests focus on nonlinear systems and phenomena, nonlinear dynamics, chaos and control, electromechanical Systems (in MACRO, MEMS and NEMS scales) and non-ideal vibrations.
