Add to ORKGIn this work we present a method for obtaining the true degrees of freedom for the singular systems using the canonical transformations in the Hamilton-Jacobi formalism. The validity of our proposal has been tested by two examples of singular Lagrangians and the results are in agreement with those obtained by other methods
Some subjects related to the geometric theory of singular dynamical systems are reviewed in this pap...
Some subjects related to the geometric theory of singular dynamical systems are reviewed in this pap...
We analyse systems described by first-order actions using the Hamilton-Jacobi (HJ) formalism for sin...
A general analysis of symmetries and constraints for singular Lagrangian systems is given. It is sho...
A general analysis of symmetries and constraints for singular Lagrangian systems is given. It is sho...
A general analysis of symmetries and constraints for singular Lagrangian systems is given. It is sho...
Regular Lagrangians with holomonic constraints are treated as singular systems using the canonical m...
We develop a Lagrangian approach for constructing a symplectic structure for singular systems. It gi...
The Hamilton-Jacobi treatment of singular systems with linear velocities is investigated. Since the ...
A generalization of the Noether theorem to a singular nonholonomic system in the canonical formalism...
In this work we develop the canonical formalism for constrained systems with a finite number of degr...
The Hamilton–Jacobi theory of a special type of singular continuous systems is investigated by the e...
In this work we develop the canonical formalism for constrained systems with a finite number of degr...
A detailed analysis is given of the properties of symmetry transformation generators for singular La...
A general analysis of the Hamilton-Jacobi form of dynamics motivated by phase space methods and clas...
Some subjects related to the geometric theory of singular dynamical systems are reviewed in this pap...
Some subjects related to the geometric theory of singular dynamical systems are reviewed in this pap...
We analyse systems described by first-order actions using the Hamilton-Jacobi (HJ) formalism for sin...
A general analysis of symmetries and constraints for singular Lagrangian systems is given. It is sho...
A general analysis of symmetries and constraints for singular Lagrangian systems is given. It is sho...
A general analysis of symmetries and constraints for singular Lagrangian systems is given. It is sho...
Regular Lagrangians with holomonic constraints are treated as singular systems using the canonical m...
We develop a Lagrangian approach for constructing a symplectic structure for singular systems. It gi...
The Hamilton-Jacobi treatment of singular systems with linear velocities is investigated. Since the ...
A generalization of the Noether theorem to a singular nonholonomic system in the canonical formalism...
In this work we develop the canonical formalism for constrained systems with a finite number of degr...
The Hamilton–Jacobi theory of a special type of singular continuous systems is investigated by the e...
In this work we develop the canonical formalism for constrained systems with a finite number of degr...
A detailed analysis is given of the properties of symmetry transformation generators for singular La...
A general analysis of the Hamilton-Jacobi form of dynamics motivated by phase space methods and clas...
Some subjects related to the geometric theory of singular dynamical systems are reviewed in this pap...
Some subjects related to the geometric theory of singular dynamical systems are reviewed in this pap...
We analyse systems described by first-order actions using the Hamilton-Jacobi (HJ) formalism for sin...