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| Title | Transport Phenomena : As per AICTE |
| Author | Amit Keshav, Bidyut Mazumdar |
| ISBN-13 | 9789388991001 |
| Publication | WILEY INDIA |
Transport phenomena is a subject of key importance and has its roots soiled in the basics of fluid flow, heat transfer, mass transfer, and numerical analysis. Its stems spread to the advanced subjects of modeling simulation and computational fluid dynamics. Developing a model for any physical process on the core areas of fluid Mechanics, heat transfer, and mass transfer is necessary before the model is simulated for large-scale design. This book introduces various methods with examples to develop transport models. This book finds its usefulness in both UG and PG courses in chemical, Mechanical, and Biotechnology engineering.
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Transport phenomena is a subject of key importance and has its roots soiled in the basics of fluid flow, heat transfer, mass transfer, and numerical analysis. Its stems spread to the advanced subjects of modeling simulation and computational fluid dynamics. Developing a model for any physical process on the core areas of fluid Mechanics, heat transfer, and mass transfer is necessary before the model is simulated for large-scale design. This book introduces various methods with examples to develop transport models. This book finds its usefulness in both UG and PG courses in chemical, Mechanical, and Biotechnology engineering.
Amit Keshav, Bidyut Mazumdar is the author of Transport Phenomena : As per AICTE.
Disclaimer:
| Title | Transport Phenomena : As per AICTE |
| Author | Amit Keshav, Bidyut Mazumdar |
| ISBN-13 | 9789388991001 |
| Publication | WILEY INDIA |
Transport phenomena is a subject of key importance and has its roots soiled in the basics of fluid flow, heat transfer, mass transfer, and numerical analysis. Its stems spread to the advanced subjects of modeling simulation and computational fluid dynamics. Developing a model for any physical process on the core areas of fluid Mechanics, heat transfer, and mass transfer is necessary before the model is simulated for large-scale design. This book introduces various methods with examples to develop transport models. This book finds its usefulness in both UG and PG courses in chemical, Mechanical, and Biotechnology engineering.