Time-Dependent Billiards
Guest Editors: Edson Denis Leonel and Alexander Loskutov- Time-Dependent Billiards, Alexander Loskutov and Edson D. Leonel
Editorial (4 pages), Article ID 848619, Volume 2009 (2009) - Phase Transition in Dynamical Systems: Defining Classes of Universality for Two-Dimensional Hamiltonian Mappings via Critical Exponents, Edson D. Leonel
Research Article (22 pages), Article ID 367921, Volume 2009 (2009) - Scaling Properties of a Hybrid Fermi-Ulam-Bouncer Model, Diego F. M. Oliveira, Rafael A. Bizão, and Edson D. Leonel
Research Article (13 pages), Article ID 213857, Volume 2009 (2009) - Motion Switching and Chaos of a Particle in a Generalized Fermi-Acceleration Oscillator, A. C. J. Luo and Y. Guo
Research Article (40 pages), Article ID 298906, Volume 2009 (2009) - Can Drag Force Suppress Fermi Acceleration in a Bouncer Model?, Francys Andrews de Souza, Lucas Eduardo Azevedo Simões, Mário Roberto da Silva, and Edson D. Leonel
Research Article (13 pages), Article ID 409857, Volume 2009 (2009) - Dissipation Effects in the Ratchetlike Fermi Acceleration, Cesar Manchein and Marcus W. Beims
Research Article (9 pages), Article ID 513023, Volume 2009 (2009) - Time-Dependent Circular Billiard, J. E. Howard
Research Article (10 pages), Article ID 531024, Volume 2009 (2009) - Simulation of Inhomogeneous Columns of Beads under Vertical Vibration, Marcus V. Carneiro, Joaquim J. Barroso, and Elbert E. N. Macau
Research Article (11 pages), Article ID 345947, Volume 2009 (2009) - Multistability and Self-Similarity in the Parameter-Space of a Vibro-Impact System, Silvio L. T. de Souza, Iberê L. Caldas, and Ricardo L. Viana
Research Article (11 pages), Article ID 290356, Volume 2009 (2009) - Quantum Energy Expectation in Periodic Time-Dependent Hamiltonians via Green Functions, César R. de Oliveira and Mariza S. Simsen
Research Article (30 pages), Article ID 902506, Volume 2009 (2009) - Acceleration of Material Waves in Fermi Accelerator, Javed Akram, Khalid Naseer, Inam-ur Rehman, and Farhan Saif
Research Article (8 pages), Article ID 246438, Volume 2009 (2009)