Catálogo de publicaciones - libros
Computer Algebra Recipes for Mathematical Physics
Richard H. Enns
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No disponible.
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Disponibilidad
| Institución detectada | Año de publicación | Navegá | Descargá | Solicitá |
|---|---|---|---|---|
| No detectada | 2005 | SpringerLink |
Información
Tipo de recurso:
libros
ISBN impreso
978-0-8176-3223-6
ISBN electrónico
978-0-8176-4427-7
Editor responsable
Springer Nature
País de edición
Reino Unido
Fecha de publicación
2005
Información sobre derechos de publicación
© Birkhäuser Boston 2005
Cobertura temática
Tabla de contenidos
Introduction
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
- Introduction | Pp. 1-10
Linear ODEs of Physics
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part I - The Appetizers | Pp. 13-58
Applications of Series
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part I - The Appetizers | Pp. 59-86
Vectors and Matrices
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part I - The Appetizers | Pp. 87-124
Linear PDEs of Physics
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part II - The Entrees | Pp. 127-184
Complex Variables
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part II - The Entrees | Pp. 185-220
Integral Transforms
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part II - The Entrees | Pp. 221-256
Calculus of Variations
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part II - The Entrees | Pp. 257-288
NLODEs & PDEs of Physics
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part III - The Desserts | Pp. 291-336
Numerical Methods
Richard H. Enns
Process control has been playing an important role in process industries as increased process integration and tight operating conditions are putting greater demands on control system performance. For a given process system, the control performance achievable can be quantified by the input-output controllability measure. Controllability analysis can be used in the process design stage to reveal controllability problems. In this chapter, we will introduce a controllability analysis approach based on passivity.
Part III - The Desserts | Pp. 337-373