Numerical Verification Methods and ComputerAssisted Proofs for Partial Differential Equations 53 Springer Series in Computational Mathematics
Mitsuhiro T. Nakao
Resumo
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Numerical Verification Methods and ComputerAssisted Proofs for Partial Differential Equations 53 Springer Series in Computational Mathematics
1. Basic principle of the verification.- 2. Newton-type approaches in finite dimension.- 3. Infinite dimensional Newton-type method.- 4. Applications to the computer-assisted proof in analysis.- 5. Evolutional equations.- 6. Eigenvalue enclosures for selfadjoint operators.- 7. Abstract formulation F(u) = 0, and the basic theorem.- 8. Strong solutions for second-order problems.- 9....
1. Basic principle of the verification.- 2. Newton-type approaches in finite dimension.- 3. Infinite dimensional Newton-type method.- 4. Applications to the computer-assisted proof in analysis.- 5. Evolutional equations.- 6. Eigenvalue enclosures for selfadjoint operators.- 7. Abstract formulation F(u) = 0, and the basic theorem.- 8. Strong solutions for second-order problems.- 9....
Numerical Verification Methods and ComputerAssisted Proofs...
Resumo
Numerical Verification Methods and ComputerAssisted Proofs for Partial Differential Equations 53 Springer Series in Computational Mathematics
1. Basic principle of the verification.- 2. Newton-type approaches in finite dimension.- 3. Infinite dimensional Newton-type method.- 4. Applications to the computer-assisted proof in analysis.- 5. Evolutional equations.- 6. Eigenvalue enclosures for selfadjoint operators.- 7. Abstract formulation F(u) = 0, and the basic theorem.- 8. Strong solutions for second-order problems.- 9. Weak solutions for second-order problems.- 10. Weak solutions for fourth-order problems.- 11. Parameter-dependent problems.- 12. Non-selfadjoint eigenvalue problems.- 13. Some other methods.
Nº de Páginas:
Encadernação: Capa Mole / Paperback
Tema: Numerical analysis
1. Basic principle of the verification.- 2. Newton-type approaches in finite dimension.- 3. Infinite dimensional Newton-type method.- 4. Applications to the computer-assisted proof in analysis.- 5. Evolutional equations.- 6. Eigenvalue enclosures for selfadjoint operators.- 7. Abstract formulation F(u) = 0, and the basic theorem.- 8. Strong solutions for second-order problems.- 9. Weak solutions for second-order problems.- 10. Weak solutions for fourth-order problems.- 11. Parameter-dependent problems.- 12. Non-selfadjoint eigenvalue problems.- 13. Some other methods.
Nº de Páginas:
Encadernação: Capa Mole / Paperback
Tema: Numerical analysis
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Numerical Verification Methods and ComputerAssisted Proofs for Partial Differential Equations 53 Springer Series in Computational Mathematics
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Características
- Editora
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Springer
- Idiomas
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Inglês
- Data de lançamento
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20/11/2020
- Peso
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0,0
- Série/Edição Limitada
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1st ed. 2019
- EAN
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9789811376719
Publicidade
Publicidade