Geometric Mechanics and Its Applications
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Beschreibung
To make the content of the book more systematic, this book mainly briefs some related basic knowledge reported by other monographs and papers about geometric mechanics. The main content of this book is based on the last 20 years’ jobs of the authors. All physical processes can be formulated as the Hamiltonian form with the energy conservation law as well as the symplectic structure if all dissipative effects are ignored. On the one hand, the important status of the Hamiltonian mechanics is emphasized. On the other hand, a higher requirement is proposed for the numerical analysis on the Hamiltonian system, namely the results of the numerical analysis on the Hamiltonian system should reproduce the geometric properties of which, including the first integral, the symplectic structure as well as the energy conservation law.
To make the content of the book more systematic, this book mainly briefs some related basic knowledge reported by other monographs and papers about geometric mechanics. The main content of this book is based on the last 20 years’ jobs of the authors. All physical processes can be formulated as the Hamiltonian form with the energy conservation law as well as the symplectic structure if all dissipative effects are ignored. On the one hand, the important status of the Hamiltonian mechanics is emphasized. On the other hand, a higher requirement is proposed for the numerical analysis on the Hamiltonian system, namely the results of the numerical analysis on the Hamiltonian system should reproduce the geometric properties of which, including the first integral, the symplectic structure as well as the energy conservation law.
Generalizes the structure-preserving idea from the conservative Hamiltonian system to the non-conservative system Proposes the complex structure-preserving method to investigate the complex coupling dynamic systems in engineering Establishes the mapping relation between the dynamic symmetry breaking and the local dissipation for dynamics systems
Autor*in
Weipeng Hu
Themen in »Geometric Mechanics and Its Applications«
Geometric Mechanics Hamiltonian Symmetry Dissipation Astrodynamics Structure-preserving Conservation Law Dynamic Symmetry Breaking Generalized Multi-symplectic Method Dynamic System Impact Dynamics