Sharp [Formula: see text] Law for the Minimizers of the Edge-Isoperimetric Problem on the Triangular Lattice.Multipole Vortex Blobs (MVB): Symplectic Geometry and Dynamics.Solution of the Kirchhoff-Plateau Problem.Relative Equilibria in the Spherical, Finite Density Three-Body Problem.Isotropy of Angular Frequencies and Weak Chimeras with Broken Symmetry.On Critical Behaviour in Systems of Hamiltonian Partial Differential Equations.On the Quasistatic Limit of Dynamic Evolutions for a Peeling Test in Dimension One.Particle Interactions Mediated by Dynamical Networks: Assessment of Macroscopic Descriptions.Noise and Dissipation on Coadjoint Orbits.Transition Manifolds of Complex Metastable Systems: Theory and Data-Driven Computation of Effective Dynamics.Reduced Models for Ferromagnetic Thin Films with Periodic Surface Roughness.Stochastic Geometric Models with Non-stationary Spatial Correlations in Lagrangian Fluid Flows.Mean Field Limits for Interacting Diffusions in a Two-Scale Potential.Identification of Stochastically Perturbed Autonomous Systems from Temporal Sequences of Probability Density Functions.Static Equilibria of Rigid Bodies: Dice, Pebbles, and the Poincare-Hopf TheoremLocal Lyapunov exponents computed from observed dataCoupled nonlinear oscillators and the symmetries of animal gaitsStability of the Camassa-Holm solitonsA Theoretical Approach to Understanding Population Dynamics with Seasonal Developmental DurationsApproximations to the Stochastic Burgers EquationThe Spectrum of the Partially Locked State for the Kuramoto ModelThe Spectrum of the Partially Locked State for the Kuramoto ModelMinimal Periodic Orbit Structure of 2-Dimensional HomeomorphismsTopological analysis of chaotic time series data from the Belousov-Zhabotinskii reactionHamel’s Formalism for Infinite-Dimensional Mechanical SystemsA Fiber Bundle Approach to the Transpositional Relations in Nonholonomic MechanicsScalar Conservation Laws with Nonconstant Coefficients with Application to Particle Size Segregation in Granular FlowShock Waves in Dispersive Eulerian FluidsThe Inviscid Limit for the Navier–Stokes Equations with Slip Condition on Permeable WallsFractal dimension of brittle fractureSettling and asymptotic motion of aerosol particles in a cellular flow fieldThe dynamics ofn weakly coupled identical oscillatorsUnfolding the torus: Oscillator geometry from time delaysSemirotors in the Josephson junction equationsOn the Geometry of Orientation-Preserving Planar Piecewise IsometriesHeteroclinic Ratchets in Networks of Coupled OscillatorsDynamics of Coupled Cell Networks: Synchrony, Heteroclinic Cycles and InflationDesigning Heteroclinic and Excitable Networks in Phase Space Using Two Populations of Coupled CellsAttractors for Robust Heteroclinic Cycles with Continua of ConnectionsChaotic motion and its probabilistic description in a family of two-dimensional nonlinear systems with hysteresis
P1433
Q40958042-CD6FC982-E33C-4144-8DF0-7846EA62384BQ41076151-95CD607E-6BCF-4319-A85F-D061D9576D64Q41076544-C61EAA65-FFDB-4936-AD75-EBC04234CC6EQ41087827-0F0C8A69-BC2B-4000-B2E2-A13C6F0128E2Q41941159-D1682846-FC42-4E9B-B6B6-43640BAAA7BCQ42209250-F8897354-B93F-4792-9004-C3CF972C09D1Q47556802-3345A7BC-CC80-4634-AD73-48D35C89244BQ47556809-6E2BF9E9-BAB8-4672-ADEE-D5BB711F271CQ47556812-40ED600B-AF72-4927-A75D-F0F593363E4EQ51556867-646350F3-05C9-4165-8A45-F551FE492A67Q51741489-93447B25-CEE7-415F-A5C2-6056BC81BFF7Q55082365-0BFD8B02-08BF-4F9F-BE7A-AB979DA62A69Q55233872-24BB4FA2-9B64-46CF-B585-51B1EB62155CQ55646117-A886DECC-E238-417B-8B07-1E3A04EB920EQ56002276-DB0D3F3A-33E8-4AA8-B889-D063AD6E9E20Q56144175-010145F1-DC32-4A1F-8B1A-5F000CBCDA80Q56227204-1E5AEE80-B0E0-4F6D-B6ED-871803C95969Q56462677-66EEADF1-A05A-4443-919A-A5FF44F08A23Q56784179-DB394144-AC1F-417A-A6C6-F7D2F7B62696Q56894307-AEBDE944-AB44-46D6-AB2B-C470D575CE55Q56913117-2C65220B-83B8-4113-B2A0-CB0CE96897B8Q56913134-CAD5D103-F974-47BE-8A9C-F19833E0D5C7Q56995942-7BEAE25F-4519-48D3-BC35-01F1F795DD71Q56996020-C85FA7B3-B52F-4167-AF3B-EB6A943E0851Q57427621-536A0A62-6909-4303-9838-B09659C0FBBBQ57430910-C7C152F8-67BA-4B40-878C-4AC0A6ECB085Q57438310-35759176-FD62-4BE2-B67C-32E7836CC660Q57442445-B30B82CA-1C85-45EF-ADBE-D88AD9D9A668Q57622052-3B3D34DE-5264-40E8-AB86-179441D82F9DQ57868497-3DEEE0CC-DEDA-4604-A83F-80167D779607Q57919938-F49E9CE4-89D0-4063-A145-50DAFB45BE05Q57920028-A98FCF1F-65C8-493B-A913-26EEDEC175ADQ57920032-F884C8D9-52A3-43A2-981C-250BB523B996Q57920033-F1E72892-B9C4-41BB-B028-569047ED8291Q57920971-B7EF2190-70FF-424F-85BA-8527C5565A6EQ57920972-4A194509-03DC-4ADB-B61F-1B17565550FDQ57920975-BDAE9913-E52E-4DF0-A1C1-81724C72F535Q57920978-73EAFFAB-FF4B-4693-97C9-0FFF94A9B0B2Q57920981-8C7CA6A3-70D9-409D-B1C1-C2B0C6610C19Q57979203-264BE03F-48E5-4E2C-8F80-4B95117E90CF
P1433
description
journal
@en
periodiek van uitgeverij Springer Science+Business Media
@nl
مجلة
@ar
name
Journal of Nonlinear Science
@da
Journal of Nonlinear Science
@en
Journal of Nonlinear Science
@fi
Journal of Nonlinear Science
@fr
Journal of Nonlinear Science
@nb
Journal of Nonlinear Science
@nl
Journal of Nonlinear Science
@nn
Journal of Nonlinear Science
@sv
type
label
Journal of Nonlinear Science
@da
Journal of Nonlinear Science
@en
Journal of Nonlinear Science
@fi
Journal of Nonlinear Science
@fr
Journal of Nonlinear Science
@nb
Journal of Nonlinear Science
@nl
Journal of Nonlinear Science
@nn
Journal of Nonlinear Science
@sv
prefLabel
Journal of Nonlinear Science
@da
Journal of Nonlinear Science
@en
Journal of Nonlinear Science
@fi
Journal of Nonlinear Science
@fr
Journal of Nonlinear Science
@nb
Journal of Nonlinear Science
@nl
Journal of Nonlinear Science
@nn
Journal of Nonlinear Science
@sv
P3181
P1055
P1156
P1277
P1476
Journal of Nonlinear Science
@en