3D-CFD Virtual Development of Post-Oxidation Strategies with Secondary Air Injection for Advanced Internal Combustion Engines - Couverture souple

Pipolo, Mario

9783658513429: 3D-CFD Virtual Development of Post-Oxidation Strategies with Secondary Air Injection for Advanced Internal Combustion Engines

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ISBN 10 : 365851342X ISBN 13 : 9783658513429

Editeur : Springer Vieweg, 2026

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Upcoming automotive regulations require near-zero emissions, making cold-start catalyst heating a key challenge. This work investigates post oxidation through secondary air injection into the exhaust manifold to oxidise unburned fuel from rich combustion, generating heat and accelerating catalyst warm-up. The study combines experimental tests on a turbocharged four-cylinder engine with 3D-CFD simulations. A constant flow SAI system was installed near the exhaust valves, achieving stoichiometric conditions before the catalyst and increasing exhaust temperature during cold start due to oxidation reactions. Two numerical approaches were employed: a full engine simulation using the 3D-CFD tool QuickSim to extract detailed boundary conditions, and a detailed exhaust manifold model in StarCCM+ using these conditions to resolve mixing and chemical reactions. Results show that secondary air injection effectively increases exhaust temperatures upstream of the catalyst, and optimisation strategies such as higher air temperature, modified manifold design, and fuel post-injection can further improve post-oxidation efficiency.

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� propos de l'auteur

Mario Pipolo completed his Ph.D. at the University of Stuttgart (Germany) in 2025. His research focused on post-oxidation processes in internal combustion engines, particularly secondary air injection strategies analyzed using advanced 3D CFD simulations. He now works in motorsport engine development, specializing in the virtual development and optimization of high-performance engines.

Les informations fournies dans la section � A propos du livre � peuvent faire r�f�rence � une autre �dition de ce titre.

�diteur: Springer Vieweg
Date d'�dition: 2026
Langue: anglais
ISBN 10: 365851342X
ISBN 13: 9783658513429
Reliure: Broch�
Nombre de pages: 153
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3D-CFD Virtual Development of Post-Oxidation Strategies with Secondary Air Injection for Advanced Internal Combustion Engines

Mario Pipolo

Edit� par Springer, Berlin, Springer Vieweg Jul 2026, 2026

ISBN 10 : 365851342X ISBN 13 : 9783658513429

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Taschenbuch. Etat : Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -Upcoming automotive regulations require near-zero emissions, making cold-start catalyst heating a key challenge. This work investigates post oxidation through secondary air injection into the exhaust manifold to oxidise unburned fuel from rich combustion, generating heat and accelerating catalyst warm-up. The study combines experimental tests on a turbocharged four-cylinder engine with 3D-CFD simulations. A constant flow SAI system was installed near the exhaust valves, achieving stoichiometric conditions before the catalyst and increasing exhaust temperature during cold start due to oxidation reactions. Two numerical approaches were employed: a full engine simulation using the 3D-CFD tool QuickSim to extract detailed boundary conditions, and a detailed exhaust manifold model in StarCCM+ using these conditions to resolve mixing and chemical reactions. Results show that secondary air injection effectively increases exhaust temperatures upstream of the catalyst, and optimisation strategies such as higher air temperature, modified manifold design, and fuel post-injection can further improve post-oxidation efficiency. 119 pp. Englisch. N� de r�f. du vendeur 9783658513429

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3D-CFD Virtual Development of Post-Oxidation Strategies with Secondary Air Injection for Advanced Internal Combustion Engines

Pipolo, Mario

Edit� par Springer Vieweg, 2026

ISBN 10 : 365851342X ISBN 13 : 9783658513429

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3D-CFD Virtual Development of Post-Oxidation Strategies with Secondary Air Injection for Advanced Internal Combustion Engines (Paperback)

Mario Pipolo

Edit� par Springer Fachmedien Wiesbaden, Weisbaden, 2026

ISBN 10 : 365851342X ISBN 13 : 9783658513429

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Paperback. Etat : new. Paperback. Upcoming automotive regulations require near-zero emissions, making cold-start catalyst heating a key challenge. This work investigates post oxidation through secondary air injection into the exhaust manifold to oxidise unburned fuel from rich combustion, generating heat and accelerating catalyst warm-up. The study combines experimental tests on a turbocharged four-cylinder engine with 3D-CFD simulations. A constant flow SAI system was installed near the exhaust valves, achieving stoichiometric conditions before the catalyst and increasing exhaust temperature during cold start due to oxidation reactions. Two numerical approaches were employed: a full engine simulation using the 3D-CFD tool QuickSim to extract detailed boundary conditions, and a detailed exhaust manifold model in StarCCM+ using these conditions to resolve mixing and chemical reactions. Results show that secondary air injection effectively increases exhaust temperatures upstream of the catalyst, and optimisation strategies such as higher air temperature, modified manifold design, and fuel post-injection can further improve post-oxidation efficiency. A constant flow SAI system was installed near the exhaust valves, achieving stoichiometric conditions before the catalyst and increasing exhaust temperature during cold start due to oxidation reactions. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. N� de r�f. du vendeur 9783658513429

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3D-CFD Virtual Development of Post-Oxidation Strategies with Secondary Air Injection for Advanced Internal Combustion Engines

Mario Pipolo

Edit� par Springer Spektrum Jul 2026, 2026

ISBN 10 : 365851342X ISBN 13 : 9783658513429

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Taschenbuch. Etat : Neu. This item is printed on demand - Print on Demand Titel. Neuware -Upcoming automotive regulations require near-zero emissions, making cold-start catalyst heating a key challenge. This work investigates post oxidation through secondary air injection into the exhaust manifold to oxidise unburned fuel from rich combustion, generating heat and accelerating catalyst warm-up. The study combines experimental tests on a turbocharged four-cylinder engine with 3D-CFD simulations. A constant flow SAI system was installed near the exhaust valves, achieving stoichiometric conditions before the catalyst and increasing exhaust temperature during cold start due to oxidation reactions. Two numerical approaches were employed: a full engine simulation using the 3D-CFD tool QuickSim to extract detailed boundary conditions, and a detailed exhaust manifold model in StarCCM+ using these conditions to resolve mixing and chemical reactions. Results show that secondary air injection effectively increases exhaust temperatures upstream of the catalyst, and optimisation strategies such as higher air temperature, modified manifold design, and fuel post-injection can further improve post-oxidation efficiency.Springer-Verlag GmbH, Tiergartenstr. 17, 69121 Heidelberg 156 pp. Englisch. N� de r�f. du vendeur 9783658513429

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3D-Cfd Virtual Development Of Post-Oxidation Strategies With Secondary Air Injection For Advanced Internal Combustion Engines

Pipolo, Mario

Edit� par Springer Fachmedien Wiesbaden, 2026

ISBN 10 : 365851342X ISBN 13 : 9783658513429

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Paperback. Etat : Brand New. 153 pages. 5.83x0.36x8.27 inches. In Stock. N� de r�f. du vendeur x-365851342X

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3D-CFD Virtual Development of Post-Oxidation Strategies with Secondary Air Injection for Advanced Internal Combustion Engines

Mario Pipolo

Edit� par Springer, 2026

ISBN 10 : 365851342X ISBN 13 : 9783658513429

Neuf Taschenbuch

Vendeur : AHA-BUCH GmbH, Einbeck, Allemagne

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Taschenbuch. Etat : Neu. Druck auf Anfrage Neuware - Printed after ordering - Upcoming automotive regulations require near-zero emissions, making cold-start catalyst heating a key challenge. This work investigates post oxidation through secondary air injection into the exhaust manifold to oxidise unburned fuel from rich combustion, generating heat and accelerating catalyst warm-up. The study combines experimental tests on a turbocharged four-cylinder engine with 3D-CFD simulations. A constant flow SAI system was installed near the exhaust valves, achieving stoichiometric conditions before the catalyst and increasing exhaust temperature during cold start due to oxidation reactions. Two numerical approaches were employed: a full engine simulation using the 3D-CFD tool QuickSim to extract detailed boundary conditions, and a detailed exhaust manifold model in StarCCM+ using these conditions to resolve mixing and chemical reactions. Results show that secondary air injection effectively increases exhaust temperatures upstream of the catalyst, and optimisation strategies such as higher air temperature, modified manifold design, and fuel post-injection can further improve post-oxidation efficiency. N� de r�f. du vendeur 9783658513429

Contacter le vendeur